ADL Development, manufacturing and supply of solutions for engineering systems
Moscow
Main office:
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Catalog

Balancing Valves

Dynamic Brass Valves

Dynamic Brass Valves

Granbalance (ADL, Russia)
DN    15–50 mm
PN    2.5 MPa
t°op    –10 ....+120°C

Connection type: Coupling.
Applications: automatic balancing, regulation and limitation of heat carrier flow in heating, cooling and conditioning systems filled with water or ethylene glycol (up to 40%)/water mixture.
Description:
Intended to maintain constant differential pressure in pipelines of heating and cooling systems. Valves installed in variable flow systems ensure constant nominal flow of the heat carrier passing through instruments to eliminate their mutual influence.
This solution contributes to accurate regulation of the indoor temperature and reduces the risk of noise generated by regulators under high pressure drop (Δp).
Combination with a partner valve enables to control the heat carrier flow across the loop.
Type: KBA, Series 20.
Static  Cast Iron Valve

Static Cast Iron Valve

Granbalance (ADL, Russia)
DN    65–300 mm
PN    1.6 MPa
t°op    –10 ....+120°C

Connection type: Flanged.
Applications: hydraulic balancing, regulation and limitation of heat carrier flow in heating, cooling and conditioning systems filled with water or ethylene glycol (up to 40%)/water mixture.
Description:
Valves ensure energy saving and heat carrier flow required for optimal operating temperature and smooth system operation, as well as increase service life of the system and considerably reduce fault rate.
Key advantages: setting fixation; complete closure without further reconfiguration; complete shut-off of the pipeline; optional mounting position; high capacity; two dials (coarse/fine) for easier tuning.
Static valves fitted with a measurement drain nipple (available upon request) may be used for draining.
Type: KBCh, Series 10.
Static  Brass Valves

Static Brass Valves

VIR (Italy)
DN    15–50 mm
PN    2.5 MPa
t°op    –10 ....+130°C

Connection type: Coupling.
Applications: hydraulic balancing, regulation and limitation of heat carrier flow in heating, cooling and conditioning systems filled with water or ethylene glycol (up to 40%)/water mixture.
Description:
Valves ensure energy saving and heat carrier flow required for optimal operating temperature and system performance, as well as increase service life of the system and considerably reduce fault rate.
Key advantages: setting fixation; complete closure without further reconfiguration; complete shut-off of the pipeline; optional mounting position; high capacity; two dials (coarse/fine) for easier tuning. Static valves fitted with a measurement drain nipple (available upon request) may be used for draining.
Type: VIR 9505, VIR 9506, VIR 9515.

Ball Valves

Lined Ball/Plug Valves

Lined Ball/Plug Valves

Swissfluid (Switzerland)
DN    15–150 mm
Pop.    0.1 kP…1.6 MPa
t°    –40…+200°C

Connection type: Flanged.
Applications: pipelines for transportation of chemically active, aggressive and abrasive fluids; gases and powders in chemical and pharmaceutical industries, metallurgy, oil and gas sector, food industry and other sectors.
Description:
Leakage class A, GOST R 54808-2011; special design of stem dynamic seal. Customized regulation options. Body lining: PFA (standard option), PFA-AS (antistatic option), PVDF, PP, ETFE.
Ball/plug lining: PFA (standard option), PFA-AS (antistatic option), PVDF, PP, ETFE.
Body materials: WCB Carbon Steel, AISI 316 Stainless Steel.
Ball material: Duplex Stainless Steel (standard option), Titanium, Hastelloy.
Actuators: bare stem, handle, electric or pneumatic actuator.
Version: SBV, SCP.
Three- and Four-Way Ball Valves

Three- and Four-Way Ball Valves

Orbinox (Spain)
DN    80–300 mm
PN    1.0 MPa

Connection type: Flanged.
Applications: pulp and paper industry (for pulp transportation).
Description:
Distribution valves 3V and 4V are designed to transport fluids containing solid particles.
Valves come with stiffeners to reinforce the structure. The interior design solution prevents the build up of foreign particles which impede the closure of the valve.
Valve cover is made of stainless steel. High precision machining of the inner part of the valve cover contributes to complete tightness of the system, even for transportation of 4% pulp.
Body materials: Cast Iron, Stainless Steel.
Sealing materials: metal/metal.
Actuators: handwheel/gearbox, double-acting pneumatic actuator, electric actuator.
Versions: 3V, 4V.
Three- and Four-Way Ball Valves

Three- and Four-Way Ball Valves

Pekos (Spain)
DN    25–600 mm
PN    1.6–40 MPa
ANSI    150–2500 Lbs

Connection type: Flanged.
Applications: energy sector, chemical and petrochemical industries, oil and gas sector, pulp and paper industry, mining, steel production, food industry, pharmaceutical and fragrance industries and other sectors.
Description:
Leakage class A; fireproof design; maintenance-free stem with drop-out protection.
Body materials: Carbon Steel, Low Temperature Carbon Steel, Stainless Steel, special alloys.
Sealing materials: PTFE, PTFE + Graphite, PTFE + Glass Fiber, metal with chromium carbide coating, PEEK, special polymers.
Actuators: handle, gearbox, electric and pneumatic servo actuators.
Versions: P8, Р7.
Three-Way Ball Valves

Three-Way Ball Valves

BV (ADL, Russia)
DN    8–50 mm
PN    4.0–6.3 MPa

Connection type: Thread.
Applications: chemical and petrochemical industry, oil and gas sector, food industry, pulp and paper industry, mining, steam and condensate systems; water supply systems.
Description:
Leakage class A; reduced bore pattern.
Body material: Stainless Steel.
Sealing: PTFE + Graphite.
Versions: BV3.
Two-Way Ball Valves

Two-Way Ball Valves

Pekos (Spain)
DN    8–600 mm
PN    1.6–40 MPa
ANSI    150–2500 Lbs

Connection type: Flanged, Wafer, Welded, Thread.
Applications: energy sector, chemical and petrochemical industries, oil and gas sector, pulp and paper industry, mining, steel production, food industry, pharmaceutical and fragrance industries and other sectors.
Description:
Leakage class A; fireproof design; maintenance-free stem with drop-out protection.
Body materials: Cast Iron, Carbon Steel, Low Temperature Carbon Steel, Stainless Steel, special alloys.
Sealing materials: PTFE, PTFE + Graphite, PTFE + Glass Fiber, metal with chromium carbide coating, PEEK, special polymers.
Actuators: handle, gearbox, electric and pneumatic servo actuators.
Versions: P0 (DIN), P1, P3…P25 (ANSI), PW, PH, P56, K8, etc.
Two-Way Ball Valves

Two-Way Ball Valves

BV (ADL, Russia)
DN    8–150 mm
PN    1.6–10.0 MPa

Connection type: Flanged, Wafer, Welded, Thread.
Applications: chemical and petrochemical industry, oil and gas sector, food industry, pulp and paper industry, mining, steam and condensate systems; water supply systems.
Description:
Leakage class A; two — and three-piece design; full or reduced bore pattern.
Body material: Stainless Steel.
Sealing: PTFE + Graphite.
Versions: BV15, BV16, BV17, BV18.

Boiler House Automatic Equipment

Continuous Blowdown Valves

Continuous Blowdown Valves

VYC (Spain)
DN    15–20 mm
PN    4.0 MPa
t°max.    120–300°C

Connection type: Flanged.
Applications: steam condensate systems in different industries.
Description:
Mechanical valve designed for continuous blowdown of steam boilers and waste heat boilers.
This solution enables to remove organic substances, solid particles and mineral salt solutions along with boiler water.
Valves come with sampling valves.
No maintenance required.
Body materials: Cast Steel.
Mounting options: horizontal pipeline (vertical pipeline mounting option is available upon request).
Versions: 560, 560-A.
Periodic Blowdown Valves

Periodic Blowdown Valves

VYC (Spain)
DN    20–50 mm
PN    4.0 MPa
t°max.    400°C

Connection type: Flanged.
Applications: steam condensate systems in different industries.
Description:
Intended for periodic manual blowdown of steam boilers and waste-heat boilers.
Fast opening using a pedal, handwheel (versions with the diameter exceeding DN 32) or lever generates a water vortex which entrains sediments from the boiler.
No maintenance required.
Body materials: Cast Steel.
Versions: 260, 260-A, 460.

Brass Ball Valves

Brass Ball Valves Gas Applications

Brass Ball Valves Gas Applications

Standard Hidraulica (Spain)
DN    15–50 mm
PN    0.5 MPa
t°    –40...+ 60°C

Connection type: coupling (internal, internal/ external threaded connection).
Applications: gas flow shut-off in internal gas pipelines and gas equipment installed in production, administrative, public and amenities buildings.
Description:
Ball valves with full and standard bore patterns offer simple and reliable design.
Body materials: Brass.
Stem seal materials: Nitrile NBR.
Ball seat materials: PTFE.
Actuators: standard handle, butterfly-type handle.
Version: Boston Gas.
Brass Ball Valves Water Supply Applications

Brass Ball Valves Water Supply Applications

Standard Hidraulica (Spain)
DN    8–100 mm
PN    1.6/2.5 MPa
t°    –10...+ 110°C

Connection type: coupling (internal, internal/external or external threaded connection).
Applications: water flow shut-off in household and industrial cold and hot water supply systems.
Description:
Ball valves with full and standard bore patterns offer simple and reliable design.
Body materials: Brass.
Stem seal/ball seat materials: PTFE.
Actuators: standard handle, butterfly-type handle.
This product range also includes ball valves with check valve and drain valve, and versions with coupling nut, cup coupling nut and union.
Versions: Boston, Chicago, Delta, Dakota, Arizona.

Butterfly Valves

Lined Valves

Lined Valves

Swissfluid (Switzerland)
DN    25–1000 mm
Рop    0.1 kPa...1.6 MPa
t°op    –40…+220°C

Connection type: Wafer.
Applications: pipelines for transportation of chemically active, aggressive and abrasive fluids; gases and powders in chemical and pharmaceutical industries, metallurgy, oil and gas sector, food industry and other sectors.
Description:
Leakage class A, GOST R 54808-2011; special design of seat seal and stem dynamic seal.
Disc lining: PFA (standard option), PFA-AS, PVDF. Coating-free version is available upon request.
Resilient parts: silicon (standard option), FPM (Viton), EPDM.
Body materials: WCB Carbon Steel, AISI 316 Stain-
less Steel.
Disc materials: Duplex Stainless Steel (standard option), Titanium, Hastelloy.
Sealing material: PTFE, PTFE-R, EPDM, EPDM (white), Viton, NBR, SBR, VMQ.
Actuators: bare stem, handle, electric or pneumatic actuator, gearbox.
Versions: SBP, SBE.
Butterfly Valves Off-Gas Applications

Butterfly Valves Off-Gas Applications

Orbinox (Spain)
DN    150–2000 mm
Рop    0.05 MPa
t°    600°C

Connection type: Flanged.
Applications: off-gas (exhaust gas) systems.
Description:
Two-way valve is designed to control the off-gases flow in the pipeline.
Butterfly valve features a disc with two rotation semi-axes.
Standard version comes with a horizontal disc axis (vertical option is available upon request).
Recommended flow rate: 30 m/s.
Body/disc materials: Stainless Steel, Carbon Steel. Other materials are available upon request.
Seat seal: with clearance (90–97% shut-off) for dust-bearing medium (less than 1000 mg/Nm3); metal-to-metal (99% shut-off) for medium with high tightness requirements; for ML2 with air sealing system (100% shut-off).
Actuators: gearbox, electric or pneumatic actuator.
Versions: ML, ML2.
Double Eccentric  Butterfly Valves

Double Eccentric Butterfly Valves

Stainval (ADL, Russia)
DN    150–2000 mm
PN    1.0/1.6 MPa
t°    –10…+80°C

Connection type: Flanged.
Applications: water supply systems, ventilation and air conditioning systems.
Description:
Double offset design contributes to reduced wear and opening torque and increases the number of opening and closing cycles.
Removable disc seal.
Leakage class A, two flow directions.
Epoxy coating, 250 μm.
Low pressure loss due to a flat streamlined disc shape.
Key connection for secure fastening of the shaft to the valve disc.
Disc materials: Nodular Cast Iron, Stainless Steel.
Body materials: Nodular Cast Iron.
Sealing materials: EPDM.
Actuators: gearbox, electric actuator.
Version: BC.
Triple Offset Valves (metal-to-metal)

Triple Offset Valves (metal-to-metal)

Stainval (ADL, Russia)
DN    200–1200 mm
PN    1.6/2.5/4.0 MPa
t°    –40…+315°C

Connection type: Flanged, Welded, Wafer.
Applications: energy sector, heating; metallurgy, oil and gas industry, pulp and paper industry and other sectors.
Description:
Ideal solution for high temperature, pressure and corrosive environments. Advantages: compact size, low weight, easy installation, automatic operation, moderate price.
Leakage class A, GOST R 54808-2011, two flow directions.
Shut-off and control function.
Body/disc materials: Carbon Steel, Stainless Steel.
Sealing materials: metal/graphite, special versions.
Actuators: gearbox, electric actuator.
Version: ТМ.
Centric  Butterfly Valves

Centric Butterfly Valves

Granval (ADL, Russia)
DN    25–1600 mm
PN    1.0/1.6/2.5 MPa
t°    –40…+150°C

Connection type: Wafer, Flanged, LUG type.
Applications: heating and water supply systems, ventilation and air conditioning systems, fire fighting systems. Intended for transportation of drinking and service water, seawater, food and bulk products, gases, oils and petroleum products, aggressive and abrasive media (depending on valve materials) under a wide range of operating temperature and pressure.
Description:
Stem extension option.
Leakage class A.
Body materials: Grey Cast Iron, Nodular Cast Iron, Carbon Steel, Stainless Steel.
Disc materials: Stainless Steel, Bronze, Nodular Cast Iron (with ethylene propylene lining or epoxy coating).
Sealing materials: EPDM, EPDM HT, Nitrile, Epichlorohydrin, Flucast AB/P,AB/E,AB/N, Silicone, Viton, Viton GF, Viton Bio.
Actuators: handle with position locking at 15° intervals; handle with optional position locking; gearbox; electric or pneumatic actuators.

Centrifugal Pumps

Magnetic Coupling Version (API 685)

Magnetic Coupling Version (API 685)

M-Pumps (Italy)
Qmax    up to 4000 m3/h
Hmax.    up to 200 mwc
Tmax.    +350°C

Applications: chemical and petrochemical industries, oil and gas industry.
Description:
Pumps with magnetic actuator are designed for air-tight pumping toxic, explosive and other hazardous liquids. Magnetic coupling replaces sophisticated sealing mechanisms with flush liquid systems.
Maximum allowable operating system pressure for standard version and special design version is 50 bar and 1500 bar, respectively. High-temperature versions for pumping media of up to +450°С are available upon request.
Version: CN MAG-M.
Metal Liquid End Version

Metal Liquid End Version

CDR (Italy)
Qmax    up to 320 m3/h
Hmax.    up to 160 mwc
Tmax.    +300°C

Applications: chemical and petrochemical industries, pharmaceutical industry, pulp and paper industry, fabric industry.
Description:
Pumps with magnetic coupling. Liquid end material: AISI 316 L (Hastelloy C upon request). Leak-proof liquid pumping.
Options: Ex-proof version; version for pumping liquids within the temperature range of –80...+300°С; heating or cooling jacket.
Versions: UTS, HTS, ETS.
Lines and Plastic Liquid End Version

Lines and Plastic Liquid End Version

CDR (Italy)
Qmax    up to 125 m3/h
Hmax.    up to 100 m
Tmax.    +140°С

Applications: chemical and petrochemical industries, pharmaceutical industry, pulp and paper industry, fabric industry.
Description:
Unique ILS (Integral Lined System) lining technology.
Pumps with magnetic coupling and end seal.
Liquid end materials: PP, PFA, PVDF, ETFE.
Versions: UCL, UTN-L, HTN, ETN, STN.

Check Valves

Lined Check Valves

Lined Check Valves

Swissfluid (Switzerland)
DN    15–600 mm
PN    1.0/1.6 MPa
t°    –40…+200°С

Connection type: Flanged, Wafer.
Applications: chemical and petrochemical industries, food industry, pharmaceutical industry and other sectors.
Description:
Fully lined solution.
No additional packing is required. Interface surfaces ensure high connection tightness.
Tightness testing: according to EN 12266-1. Leakage class A (GOST R 54808-2011).
Lining testing: 35 kV spark test.
Mounting options: horizontal and vertical.
Body material: Carbon Steel (with epoxy coating), Stainless Steel
Lining materials: PFA, PFA-AS (antistatic), PTFE.
Versions: SBC, SSC.
Check Valves  Plunger Type

Check Valves Plunger Type

VYC (Spain)
DN    0.8–50 mm
PN    25 MPa
t°    up to 400°С

Connection type: BSP Female Thread.
Applications: steam condensate systems; food industry, chemical and petrochemical industries and other sectors.
Description:
Check valves designed for steam, liquid, gas, food and aggressive media applications protect pipelines against any damage caused by reversed fluid flow.
To prevent any accident, the check valves automatically shut off the reverse flow of the fluid. Lifting design solution ensures quick closure and high tightness of the valves.
Due to an additional hold down spring used to secure the valve seat, check valves may be installed both on horizontal and vertical pipelines.
Materials: Brass, Carbon Steel, Stainless Steel.
Versions: 179.
Check Valves  Coupled Type

Check Valves Coupled Type

Standard Hidraulica (Spain)
DN    10–100 mm
PN    1.6 MPa
t°    –10…+110°С

Connection type: Coupling.
Applications: household heat and water supply systems.
Description:
Designed for hot and cold water applications, the valves protect pipelines against any damage caused by reversed fluid flow.
To prevent any accident, the check valves automatically shut off the reverse flow of the fluid. Lifting design solution ensures quick closure and high tightness of the valves. Due to an additional hold down spring used to secure the valve seat, check valves may be installed both on horizontal and vertical pipelines.
Versions: KENT, NY.
Check Valves Thread Type

Check Valves Thread Type

Granlock (ADL, Russia)
DN    15–80 mm
PN    1.6/2.5 MPa
t°    –60...+250°C

Connection type: Thread.
Applications: heat and water supply systems, sewage system.
Description:
Body material: Stainless Steel.
Type: butterfly and spring types.
Mounting options: vertical and horizontal pipelines.
Sealing: metal/metal.
Versions: CVT16, CVS25.
Check Valves Flanged Type

Check Valves Flanged Type

Granlock (ADL, Russia)
DN    15–1400 mm
PN    1.0/1.6/4.0 MPa
t°    –50...+300°C

Connection type: Flanged.
Applications: heat and water supply systems, sewage system.
Description:
Body material: Cast Iron, Stainless Steel.
Type: lifting, butterfly and ball types.
Mounting options: vertical and horizontal pipeline (depending on the version).
Sealing: metal/metal, NBR, EPDM.
Versions: RD12, RD16, RD18, RD30, RD50.
Check Valves Flanged Type

Check Valves Flanged Type

Zetkama (Poland)
DN    15–300 mm
PN    1.6 MPa
t°    –15...+300˚C

Connection type: Thread, Flanged.
Applications: heat and water supply systems.
Description:
Body material: Cast Iron.
Type: lifting and butterfly types.
Mounting options: vertical and horizontal pipelines.
Sealing: metal/metal.
Versions: 277, 287.
Check Valves Wafer Type

Check Valves Wafer Type

Orbinox (Spain)
DN    40–900 mm
PN    1.0/2.5/4.0 MPa

Connection type: Wafer.
Applications: discharge sewage systems; water treatment plants; heat and water supply systems, water disposal systems; pulp and paper industry, food industry; moderately aggressive media.
Description:
One-Way check valve with tilting seat.
Key advantages: reduced face-to-face length; minimum pressure loss; minimum opening pressure; high tightness; quick response (reduced gate stroke due to tilting seat).
Options: counterweight with/without a dashpot (damper); return spring (for higher closing speed).
Body/disc materials: Stainless Steel. Other materials are available upon request.
Sealing materials: metal/metal.
Mounting options: due to its low weight, the valve perfectly suits for installation on a suspended pipeline.
Version: RM.
Check Valves  Wafer Type

Check Valves Wafer Type

VYC (Spain)
DN    15–300 mm
PN    1.6/4.0 MPa
t°    –60…400°С

Connection type: Wafer, Thread.
Applications: heat and water supply systems.
Description:
Designed for steam, liquid and compressed air applications.
Horizontal and vertical mounting
between flanges.
Fluid flow direction shall match the arrow on the valve disc.
Materials: Bronze, Cast Iron, Carbon Steel, Stainless Steel.
Versions: 170, 172.
Check Valves Wafer Type

Check Valves Wafer Type

Granlock (ADL, Russia)
DN    15–1200 mm
PN    1.6/4.0 MPa
t°    up to 300 °C

Connection type: Wafer.
Applications: chemical and petrochemical industries, oil and gas industry, food industry, pulp and paper industry, mining; steam and condensate systems; water supply systems.
Description:
Designed for steam, liquid, food and aggressive fluid applications.
Body material: Cast Iron, Stainless Steel, Carbon Steel, Bronze.
Mounting options: vertical and horizontal pipelines. Make sure that the flow direction matches the arrow on the valve body.
Sealing: metal/metal, EPDM.
Versions: ZOP, CV16, CVS16, CVS40.

Circulating Pumps

Wet Rotor Circulating Pumps

Wet Rotor Circulating Pumps

Granpump (ADL, Russia)
Q    up to 80 m3/h
H    up to 15 m

Applications: industrial and household heating systems; chillers and air conditioners; hot water supply systems.
Description:
Centrifugal pumps with wet rotor and vertical shaft.
Temperature and pressure ranges: –15...+110°С, PN 10.
Body materials: Cast Iron/ Bronze.
Pumps come with IP44 motors (2950 rpm versions).
Wet rotor solution with direct contact of the motor shaft and fluid ensures heat removal from the motor. Low noise level.
High efficiency due to smooth surface of components ensures low friction losses.
Versions: AMT, LHN.
Circulating Twin-Head Pumps

Circulating Twin-Head Pumps

Granpump (ADL, Russia)
Q    up to 1000 m3/h
H    up to 80 m

Applications: fire fighting, water supplies, heating and conditioning, process line automation.
Description:
Vertical shaft centrifugal pumps.
Temperature and pressure ranges: –15...+180°С, PN 10.
Body materials: Cast Iron.
Impeller materials: Cast Iron/ Bronze.
Sealing: end seal.
Pumps come with IP55 motors (950, 1400 and 2800 rpm versions).
High efficiency due to smooth surface of components ensures low friction losses.
Versions: IPDE, IPD.

Circulating Single-Head Pumps

Circulating Single-Head Pumps

Granpump (ADL, Russia)
Q    up to 1000 m3/h
H    up to 80 m

Applications: water supply and fire fighting systems; industrial and household heating and heat supply systems; water treatment plants, chillers and air conditioners, etc.
Description:
Vertical shaft centrifugal pumps.
Temperature and pressure ranges: –15...+180°С, PN 10.
Body materials: Cast Iron.
Impeller materials: Cast Iron/ Bronze.
Sealing: end seal.
Pumps come with IP55 motors (950, 1400 and 2800 rpm versions).
High efficiency due to smooth surface of components ensures low friction losses.
Versions: IP, IPE, IP\R.

Wet Rotor Circulating Pumps

Wet Rotor Circulating Pumps

Smedegaard (Denmark)
Q    up to 128 m3/h
H    up to 17.5 m

Applications: industrial and household heating systems; chillers and air conditioners; hot water supply systems.
Description:
Vertical shaft centrifugal pumps.
Temperature and pressure ranges: –15...+120°С, PN 10.
Body materials: Cast Iron.
Pumps come with IP44 motors (1400 and 2800 rpm versions).
Wet rotor solution with direct contact of the motor shaft and fluid ensures heat removal from the motor. Low noise level.
High efficiency due to smooth surface of components ensures low friction losses.
Versions: EV.
Circulating Pumps

Circulating Pumps

Smedegaard (Denmark)
Q    up to 750 m3/h
H    up to 95 m

Applications: industrial and household heating and heat supply systems; water supply and fire fighting systems; water treatment plants, chillers and air conditioners, etc.
Description:
Vertical shaft centrifugal pumps.
Temperature and pressure ranges: –15...+120°С, PN 10.
Body materials: Cast Iron.
Pumps come with IP55 motors (950, 1400 and 2800 rpm versions)
and high-quality John Crane seals. Special design contributes to low noise level. Omega Pumps provide overload-free operation at any duty point. Pump shafts come in high-quality AISI316 Stainless Steel.
High efficiency due to smooth surface of components ensures low friction losses.
Versions: Omega.

Coaxial Valves

Coaxial Valves

Coaxial Valves

Muller Co-ax (Germany)
DN    1–250 mm
PN    0–500 bar
t°    –40...+ 400°С

Connection type: Thread, Flanged, Welded.
Applications: production process control; petrochemical industry, auto industry, machine-tool building, environment cleaning, engineering industry.
Description:
Back pressure resistant coaxial valves with fast response speed are designed for shutting off and distributing nonviscous and viscous flows, neutral and aggressive fluids under a wide temperature range, vacuum conditions and high pressure. This ideal solution for controlling flows of heterogeneous liquids containing abrasive particles match stringent requirements to quality, reliability and performance.
Versions: MK/FK, VMK/VFK, KB, KBS.

Condensate Transfer and Return Equipment

Condensate Collection and Return Units

Condensate Collection and Return Units

Steamflow (ADL, Russia)
PN    1.6 MPa
t°    250°C

Connection type: Flanged.
Applications: steam and gas systems in multiple industries.
Description:
Condensate collection and return unit features all required elements for condensate transfer. Ready for operation after connecting to condensate and steam lines.
Standard connection diameters for condensate lines and receiver (2 pcs) — DN 50 Flange; exhaust pipe — DN 80 Flange.
Compact-sized version mounted on two or three pump frame is available upon request.
Versions: UKN.
Condensate Pumps

Condensate Pumps

Steampump (ADL, Russia)
DN    25–80 mm
PN    1.6 MPa
t°max.    250°C

Connection type: Flanged, Thread.
Applications: steam and gas systems in multiple industries.
Description:
Intended for pumping condensate, oil and other high temperature liquids.
Actuated by steam, compressed air or other inert gases. No electric power supply required.
Versions: KN.

Control Panels

Climate Category

Climate Category

Grantor (ADL, Russia)
t°    –40…+40°С

Applications: operation under moderate and cold climate conditions (out door version according to National State Standard (GOST 15150-69).
Description:
Versions with rain cover and pedestal options are available upon request.
Gland entries for electric cables ensure high tightness of the product.
Heating elements are installed inside the panel.
Customized versions are available upon request.

Ex-Proof Version

Ex-Proof Version

Grantor (ADL, Russia)
U    1 x 220 V, 3 x 380 V
    

Applications: gas and oil industries, mining, chemical industry and other sectors.
Description:
ADL was given a Conformity Certificate covering all Ex-proof versions of Grantor Control Panels. Ex-proof versions:
1Exd[ia]IIBT5, 1ExdllCT4, 1ExdllBT5, 1ExdIIBT6;
power of up to 132 kW;
enclosure class of up to IP66;
climate category — out door version according to National State Standard (GOST 15150-69), etc.
Customized versions are available upon request.
Input Distribution Panels

Input Distribution Panels

Grantor Select (ADL, Russia)
U    1 x 220 V, 3 x 380 V,
3 x 690 V
I    6–2500 A

Applications: receiving, distribution and metering of electric power (220/380/690 V AC, 3-phase, 50 Hz)
in networks with solidly earthed and isolated neutrals; line protection against overload and short circuit; protection against electrical injuries caused by accidental contact with exposed parts of the building wiring. Special design of the distribution board prevents frequent energizing/de-energizing of electric power lines within group circuits in any emergency situations.
Description:
Electrical low-voltage device for supplying, distributing and metering electric power, as well as for monitoring and protecting outgoing distribution and group electric grids of residential, public and industrial buildings. The above equipment forming functional blocks is installed in one or several panels or in one cubicle (depending on the type of connected buildings).
Marking (example): АRP40-160-416.2/216.6-54А.
LCD Touch Screen Panels

LCD Touch Screen Panels

Grantor (ADL, Russia)
U    3 x 380 V
I    0.63–1500 A
P    0.37–800 kW

Applications: heat supply systems; hot and cold water supply systems; water supply and conditioning systems; control of sewage pumping stations, circulating, feed, boosting and borehole pumps. Controller for budget frequency converters.
Description:
Interactive module with a large colour touch screen for displaying a mnemonic diagram with images of components (pumps, relays, sensors), status of the system and component (operation, stop, sleep mode, accident). Module front panel is used to set the parameter values. Russian interface; help menu.
Versions: Control panel with a frequency converter (alternating master); control panel with frequency converters for each motor. Actuators: pressure sensor and dry running protection relay. Accurate control of system parameters.
Modbus RTU control option is available upon request (monitoring of operating modes of the control panel and pump status; possibility to start/stop the pumps and control panel, read frequency of the frequency converter, change the task).
Marking (example): АEP40-009-54KCh-22А; АEP40-013-54KCh3-33А.
Multifunction Panels

Multifunction Panels

Grantor (ADL, Russia)
U    1 x 220 V, 3 x 380 V
I    0.1–15.5 A
P    0.06–7.5 kW

Applications: control of circulating, boosting and drain pumps, sewage pumping stations (SPS).
Description:
Motors with the nominal current of 0.1...6 A or 6...15.5 A are connected to multifunction control panel.
Single-phase (1 х 220 V) and three-phase (3 х 380 V) motors can be connected to control panels.
Versions with pressure relays, float level sensors and 4...20 mA analogue signal are available upon request.
Protection of pumps against short-circuit, overheating and dry running; possibility to connect PTC sensors; enclosure class — IP65. Selection of pump operating mode: basic mode + auxiliary or basic mode + standby mode. Extended dispatching control.
Marking (example): АEP40-006-65K-22M; АEP40-016-65K-22M.
Automation Panels

Automation Panels

Grantor (ADL, Russia)
U    1 x 220 V, 3 x 380 V

Applications: automation of heat supply station, lifting and transport mechanisms, technological processes, water treatment systems, cold supply systems, air conditioning and handling systems; automation units, etc.
Description:
Automation systems based on Grantor Control Panels and automatic equipment is a complex of panels what is used to control the entire technological process or any part of it. This complex is integrable in the existing Automated Process Control Systems (APCS).
Versions: local automation systems (to control a specific system) and upper level systems (to integrate several technological processes or circuits).
Automation panels and systems may be used to automate cyclic and continuous processes and specific process operations.
Pipeline Electric Gate Valve  Applications

Pipeline Electric Gate Valve Applications

Grantor (ADL, Russia)
U    1 x 220 V, 3 x 380 V
I    0.1–1600 A
P    0.06–800 kW

Applications: automatic control of electric gate valves and flaps.
Description:
Two control modes for electric actuator of the gate valve: local and remote modes. Control panel is unified for any type of electrical actuators.
Control panel body material: high-quality plastic, IP54.
Functions of control panels for electrical gate valves: short-circuit protection (circuit breaker); overcurrent protection (configurable thermal relay); motor winding overheating protection (thermal relay is required); POWER, OPENED, CLOSED, ACCIDENT indicators on the front plate; dispatching: ACCIDENT, OPENEN, CLOSED (voltage-free contacts); possibility to connect a heating element to the electric actuator.
Short-circuit and fault monitoring option for control circuits of the fire fighting gate valves.
Control panels for fire fighting systems fulfill the the requirements of National State Standard (GOST R) 53325-2012.
Marking (example): АEP40-004-54-11Z.
Fire Fighting Applications

Fire Fighting Applications

Grantor (ADL, Russia)
U    3 x 380 V
I    0.63–1600 A
P    0.37–800 kW

Applications: automatic control of fire extinguishing pumps.
Description:
Functionality options depending on applications: sprinkler or deluge fire fighting system.
Control panel offers two control modes: manual (local) and automatic modes.
In automatic mode, the ACTIVE/STANDBY operation scheme is activated: in case of failure of the active pump, the control panel will automatically turn on the standby pump (alarm light indicator will show the status of the relevant pump at the front plate of the panel).
Control panel provides expanded dispatching options. Alternative controls: two pressure relays (one standby relay) and dry running protection relay.
Products match the requirements of GOST R 53325-2012.
Marking (example): АEP40-037-54KP-21P1.
Sewage and Drainage  Applications

Sewage and Drainage Applications

Grantor (ADL, Russia)
U    1 x 220 V, 3 x 380 V
I    0.1–1600 A
P    0.06–800 kW

Applications: sewage and drainage systems, control of lift stations, sewage pumping stations.
Description:
Actuators: float gage control.
Control Panel functions: DRAINING/FILLING modes; automatic mutual backing-up of motors; connection of humidity sensors, thermal resistors (PTCs are available upon request); scheduled startup to protect the pump against stagnation; OVERFLOW indication and dispatching control.
Functions of Control Panels with soft starter: smooth start/stop of the pump; energy saving; protection of the system against surges occurred during starting/stopping of all pumps; starting current limitation; extended service life of the pump; (>25 A) protection against motor and soft starter overheating; (>25 A) protection against overload and underload; (>25 A) protection against overvoltage, voltage drop and rotor seizure.
Marking (example): АEP40-025-54KP-22U.
Frequency Control Panels

Frequency Control Panels

Grantor (ADL, Russia)
U    3 x 380 V
I    0.63–1500 A
P    0.37–800 kW

Applications: heat supply systems; hot and cold water supply systems; water supply and conditioning systems; circulating, boosting, borehole and feed pumps.
Description:
Intended to control a group of 1–6 pumps.
Versions: Control panel with a frequency converter (alternating master); control panel with a frequency converter for each motor.
Actuators: pressure sensor and dry running protection relay. Frequency control of pump sets allows to precisely maintain the preset system parameters at minimum motor losses.
Functions of Control Panels with frequency converter: frequency control of the operating pump; selection of the input analogue signal (from the sensor) [4..20] mA or [4..10] V; smooth start/stop of the pump; energy saving; protection of the system against surges occurred during starting/ stopping of all pumps; feedback by the signal of pressure sensor, pressure differential sensor, temperature sensor, etc.; version with a thermal resistor (upon request).
Marking (example): АEP40-025-54ChP-22А; АEP40-025-54Ch2-22А.
Relay Control Panels

Relay Control Panels

Grantor (ADL, Russia)
U    1 x 220 V, 3 x 380 V
I    0.1–1600 A
P    0.06–800 kW

Applications: heat supply systems; hot and cold water supply systems; water supply and conditioning systems; circulating, boosting, borehole and feed pumps.
Description:
Intended to control 1, 2 and 3 single-phase and three-phase pumps (more pumps upon request). Versions with soft starters are available only for three-phase pumps (3 x 380 V, 3 x 690 V).
Actuators: pressure relay (or pressure sensor for three and more motors) and dry running protection relay. Pressure differential relay is available for two-motor panels (standard version).
Functions of Control Panels with soft starter: smooth start/ stop of the pump; pressure differential relay for two-pump panels; energy saving; protection of the system against surges occurred during starting/ stopping of all pumps; starting current limitation; extended service life of the pump; (>25 A) protection against motor and soft starter overheating; (>25 A) protection against overload and underload; (>25 A) protection against overvoltage, voltage drop and rotor seizure.
Marking (example): АEP40-037-54KP-22А.

Diaphragm Pumps

Air Powered Diaphragm Pumps

Air Powered Diaphragm Pumps

Yamada (Japan)
Q    up to 50 000 l/s
P    up to 14 bar

Applications: chemical industry; printing; ceramics and paint industries, food industry, pharmaceutical industry.
Description:
Designed for pumping media containing solids. Self-suction lift: up to 9 m. Wear-free dry running and easy maintenance.
Pump is suitable for submersible applications.
Wide range of body and membrane materials.
Special version: high-head pumps 2:1; powder pumps; drum pumps; split manifold pumps.
Versions: NDP, DP.

Direct Acting Control Valves

Vacuum Breakers and Vacuum Control Valves

Vacuum Breakers and Vacuum Control Valves

Mankenberg (Germany)
DN    20–250 mm
PN    0.6–4.0 MPa
t°op    –40...+300°C

Connection type: Thread, Flanged, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
Vacuum breakers are intended to protect vessels and pipelines against vacuum which may caused by system draining, cooling down or pump deactivation.
Vacuum control valves are pressure reducing or overflow valves designed for controlling sub-atmospheric pressure (additional information is available upon request).
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Body materials: Stainless Steel. Other materials are available upon request.
Connection flange materials: Carbon Steel, Stainless Steel.
Customized versions are available upon request.
Version: VV.
Surge Relief Valves

Surge Relief Valves

Mankenberg (Germany)
DN    100–400 mm
PN    1.6–16.0 MPa
t°op    –40...+130°C

Connection type: Flanged.
Applications: trunk pipelines and liquid terminals.
Description:
Intended to relieve surges caused by closure/opening of valves or activation/deactivation of pumps, etc.
Single-seat direct-acting valves operate without any external energy supplies.
Activated by a surge, the valve opens to increase the capacity and closes up instantaneously to prevent any pressure drops. Water is discharged into a special storage vessel.
Surge relief valves may be fitted with a spring and pilot control systems.
Body materials: Carbon Steel, Stainless Steel. Other materials are available upon request.
Sealing materials: EPDM, FPM. Other materials are available upon request.
Pilot valve, distribution unit and internal parts material: Stainless Steel.
Version: SR.
Differential Pressure Valves

Differential Pressure Valves

Mankenberg (Germany)
DN    15–800 mm
PN    1.6–2.5 MPa
t°op    –10...+200°C

Connection type: Thread, Flanged, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
High precision control devices intended to maintain any preset differential pressure between two points in the system without external power supply (electricity, compressed gas energy). Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc. Operating pressure range: standard pressure range, millibar pressure range and high pressure range.
Body materials: Carbon Steel, Stainless Steel (other options are available upon request).
Sealing materials: metal/metal, EPDM, FPM. Other materials are available upon request.
Sealed body with a drain hole and adjustment screw seal are available for toxic and hazardous applications. Customized versions are available upon request.
Version: DV.
Differential Pressure Valves

Differential Pressure Valves

Granreg (ADL, Russia)
DN    15–100 mm
PN    1.6–4.0 MPa
t°max.    +200°C

Connection type: Thread, Flanged, Welded.
Applications: steam and water systems, air supply systems.
Description:
Direct-acting differential pressure valves are high precision control devices intended to maintain any preset differential pressure between two points in the system without external power supply (electricity, compressed gas energy).
Body materials: Cast Iron, Carbon Steel, Stainless Steel.
Sealing materials: metal/metal, EPDM.
Versions with reduced flow coefficient are available upon request.
Version: KAT33, KAT35, KAT43, KAT44.
Pilot-Operated Control Valves

Pilot-Operated Control Valves

Granreg (ADL, Russia)
DN    40–800 mm
PN    1.6–2.5 MPa
t°op    0...+80°C

Connection type: Flanged.
Applications: water supply and sewage systems, fire fighting systems, industrial and agricultural technological processes.
Description:
Pilot-operated control valves are high precision control devices intended to perform the required functions.
Valves are controlled by fluid pressure or external source pressure.
Functionality depends on valve piping components.
Pilot piping with a built-in filter contributes to extended service life and higher reliability of the valve. All connections for pilot piping are made of stainless steel. Valves may come with a closing speed reducer designed to prevent surges.
Customized versions for operation under temperature of up to 130°С are available upon request.
Body materials: Cast Iron, Carbon Steel, Stainless Steel.
Sealing materials: EPDM.
Version: KAT10, KAT11, KAT20, KAT21.
Overflow Valves

Overflow Valves

Mankenberg (Germany)
DN    8–800 mm
PN    0.1–25.0 MPa
t°op    –40...+400°C

Connection type: Thread, Flanged, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
High precision control devices are intended to maintain any preset pressure at the valve inlet without external power supply (electricity, compressed gas energy).
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Body materials: Carbon Steel, Stainless Steel. Other materials are available upon request.
Sealing materials: metal/metal, EPDM, FPM. Other materials are available upon request.
Sealed body with a drain hole and adjustment screw seal are available for toxic and hazardous applications.
Customized versions are available upon request.
Version: UV.
Overflow Valves

Overflow Valves

Granreg (ADL, Russia)
DN    15–100 mm
PN    1.6–4.0 MPa
t°max.    +200°C

Connection type: Thread, Flanged, Welded.
Applications: steam and water systems, air supply systems.
Description:
Direct-acting overflow valves are high precision control devices intended to maintain any preset pressure at the valve inlet without external power supply (electricity, compressed gas energy).
Body materials: Cast Iron, Carbon Steel, Stainless Steel.
Sealing materials: metal/metal, EPDM.
Versions with reduced flow coefficient are available upon request.
Version: KAT32, KAT42.
Float Valves

Float Valves

VYC (Spain)
DN    10–65 mm
PN    1.6 MPa
t°max.    +200°C

Connection type: Thread, Flanged.
Applications: heat and water supplies.
Description:
Intended to maintain the required liquid level in the vessel.
Multiple combinations of different valves and floats match any project-specific flow and pressure requirements.
Body material: Stainless Steel.
Version: 151, 152.
Float Valves

Float Valves

Mankenberg (Germany)
DN    10–400 mm
PN    1.0–4.0 MPa
t°op    –40...+300°C

Connection type: Thread, Flanged.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
Intended to maintain the required liquid level in the vessel. Standard versions are suitable for liquids with the minimum density of 960 kg/m3. Some versions come with a float rod (standard length of 1 m; other sizes are available upon request).
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Body materials: Cast Iron, Carbon Steel, Stainless Steel. Other materials are available upon request.
Sealing materials: metal/metal, EPDM, FPM. Other materials are available upon request. Customized versions are available upon request.
Mounting options: internal (inside the vessel), external (on the vessel or pipeline).
Version: NV.
Pressure Reducing Valves

Pressure Reducing Valves

Mankenberg (Germany)
DN    8–800 mm
PN    1.0...31.5 MPa
t°op    –40...+500°C

Connection type: Thread, Flanged, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
High precision control devices are intended to maintain any preset pressure at the valve outlet without external power supply (electricity, compressed gas energy).
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Body materials: Carbon Steel, Stainless Steel. Other materials are available upon request.
Sealing materials: metal/metal, EPDM, FPM, NBR, CR. Other materials are available upon request.
Sealed body with a drain hole and adjustment screw seal are available for toxic and hazardous applications.
Customized versions are available upon request.
Version: DM.
Pressure Reducing Valves

Pressure Reducing Valves

Granreg (ADL, Russia)
DN    15–100 mm
PN    1.6–4.0 MPa
t°max.    +230°C

Connection type: Thread, Flanged, Welded.
Applications: steam and water systems, air supply systems.
Description:
Direct acting pressure reducing valves are high precision control devices intended to maintain any preset pressure at the valve outlet without external power supply (electricity, compressed gas energy).
Body materials: Cast Iron, Carbon Steel, Stainless Steel.
Sealing materials: metal/metal, EPDM.
Versions with reduced flow coefficient are available upon request.
Version: KAT30, KAT40, KAT41.

Distribution Valves

Distribution Valves

Distribution Valves

ASCO, Hafner-Pneumatic
DN    G 1/8–1” mm
PN    1.0 MPa
t°op    –50…+90°С

Applications: machine-tool building, petrochemical and auto industries, food industry, pulp and paper industry, metallurgy and other sectors.
Description:
Main versions: 3/2, 4/2, 5/2–5/3. Monostable and bistable solenoid valves with NAMUR interface.
Intended to control air intake and bleeding process in valve pneumatic actuators. Distribution valves may come with mounting plates for easy DIN-rail installation. Pre-assembled pneumatic valve islands with extended automation and control functionality allow to control a large group of actuators of the equipment.
Versions: ASCO 327,551-553, 320, etc.
HAFNER MD, MH, MK, MOH, MOD MNH, MNK, MNOH, etc.

Dosing Pumps

Membrane Hydraulic Actuator Version

Membrane Hydraulic Actuator Version

Milton Roy (France)
Qmax    up to 16 000 l/s
Pmax    up to 500 bar
Tmax.    +320°С

Applications: water treatment and conditioning; oil and gas industry, petrochemical and chemical industry, food industry, pulp and paper industry.
Description:
High precision dosing (±1%) pumps coming with integrated safety valve
are suitable for pumping any fluids, including abrasive, crystallizing and high-viscosity media. Liquid end is made of different materials.
Options: Ex-proof motor; automatic capacity control; double membrane with a rupture sensor; up to 12 dosing heads; remote dosing head; special design valves; customized versions.
Versions: mROY, MaxROY, MilRoyal, PrimeRoyal.
Membrane Mechanical Actuator Version

Membrane Mechanical Actuator Version

Milton Roy (France)
Qmax    up to 1200 l/s
Pmax    up to 12 bar
Tmax.    up to +50°С

Applications: water treatment and conditioning; chemical industry, food industry.
Description:
Membrane mechanical actuator ensures dosing accuracy of ±2%. Liquid end is made of different materials.
Options: Ex-proof motor, automatic capacity control (electrical servo motor and control unit). Double membrane with a rupture sensor, plunger stroke counter.
Version: G.
Membrane Solenoid Actuator Version

Membrane Solenoid Actuator Version

Milton Roy (France)
Qmax    up to 76 l/s
Pmax    up to 20.7 bar
Tmax.    up to +50°С

Applications: water treatment and conditioning; chemical industry, pulp and paper industry.
Description:
Pumps with solenoid actuators offer a wide adjustment range due to manual or automatic change of stem stroke length and rate Liquid end is made of different materials.
Options: Ex-proof body; programmable microprocessor-based dosing; solution for pumping high-viscosity liquids (up to 10 000 cPs); venting or four-function valve.
Version: LMI.

Electric Actuators

Multi-Turn Electric Actuators

Multi-Turn Electric Actuators

Auma (Germany)
U    380/220 V
M    30–350 000 Nm
t°op    –40…+50°С

Applications: heat and water supply systems, cooling and ventilation systems, industrial process systems; Ex-zones (upon request).
Description:
Intended to operate pipe valves and fittings in automatic mode. Actuators may be customized to meet almost any project-specific needs.
Designed for installation on KR Rubber Wedge Gate Valves and Orbinox Knife Gate Valves (actuator torque of up to 32 000 Nm).
Accessories: RWG Remote Position Indicator (4–20 mA), MWG Limit and Torque Transmitter (if AUMATIC Unit is available), Double/ Triple Limit and Torque Switches, Handweel Locking Device, DUO Intermediate Position Switch, Ex-proof version.
Actuator may be modified into a part-turn actuator by adding GS warm gear.
Enclosure class: IP68.
Version: SA.
Linear Electric Actuators

Linear Electric Actuators

PS Automation (Germany)
U    220/24/380 V
F    1–25 kN
t°op    –20…+80°С

Applications: ventilation systems, heat and water supply systems, cooling systems, industrial process systems.
Description:
PS Automation Linear Electric Actuators are designed for installation on Z-type Control Valves and Granreg Control Valves (КМ versions).
Accessories: potentiometer, positioner, position transmitter, auxiliary limit switches for three-position and analogue (4...20 mA) control.
Intellectual version PSL AMS coming with a microprocessor provides diagnostic options through computer synchronization.
PSL AMS supports auxiliary units, including PSIC Integrated Controller, Local Control Module with PSC.2 Display, PSCP Supercondenser Block for FailSafe function, etc.
Valve mounting kits are available upon request.
Enclosure class: IP65/67.
Version: PSL, PSL AMS.

Linear Electric Actuators

Linear Electric Actuators

ADL (Russia)
U    24 V
F    450 N
t°op    –20…+50°С

Applications: ventilation systems, heat and water supply systems, cooling systems.
Description:
AQT, AQM Linear Electric Actuators are designed for installation on Granreg Control Valves (КМ124Р, КМ324Р versions).
Different versions provide three-position and analogue (0(2)...10 V; 4...20 mA) control options.
Actuators come with a compact-size plastic body.
Valve mounting kits are available upon request.
Enclosure class: IP54.
Version: AQT, AQM.

Linear Electric Actuators

Linear Electric Actuators

Schischek (Germany)
U    220/24 V AC/DC
F    0.5–10 kN
t°op    –20…+50°С

Applications: Ex-zones; heat and water supply systems, cooling and ventilation systems, industrial process systems.
Description:
Schischek Linear Electric Actuators are designed for installation on Polna Two-Way and Three-Way Control Valves (Z type), Granreg Control Valves (KM version) and Schubert & Salzer Control Valves. Enclosure class: II 2G de IIC T5/T6.
Internal transformer provides 220 and 24 V supply. Special versions with optional controls are available upon request.
Actuators may come with a return mechanism with adjustable response speed, heating housing with independent power supply for aggressive climatic conditions and operating temperature of down
to –50°С, etc.
Valve mounting kits are available upon request.
Enclosure class: IP66.
Version: ExRun, RedRun, InRun.
Quarter-Turn Electric Actuators

Quarter-Turn Electric Actuators

Schischek (Germany)
U    220/24V AC/DC
M    5–150 Nm
t°op    –40…+50°С

Applications: Ex-zones; heat and water supply systems, cooling and ventilation systems, industrial process systems.
Description:
Designed for installation on shut-off valves with 90° stem rotation — Beeval, Pekos, Schubert & Salzer and BV Ball Valves, as well as Granval and Stainval BC Butterfly Valves. Enclosure class: II 2G de IIC T5/T6.
Internal transformer provides 220 and 24 V supply. Special versions with optional controls are available upon request. Actuators may come with spring return mechanism, heating housing with independent power supply for aggressive climatic conditions and operating temperature of down to –50°С, etc.
Valve mounting kits are available upon request.
Enclosure class: IP66.
Versions: ExMax, RedMax, InMax.
Quarter-Turn Electric Actuators

Quarter-Turn Electric Actuators

Auma (Germany)
U    220/380 V
M    50–2400 Nm
t°op    –40…+60°С

Applications: heat and water supply systems, cooling and ventilation systems, industrial process systems; Ex-zones (upon request).
Description:
Designed to rotate the valve stem less than 360° in automated mode (for example, gate valves or ball valves).
Intended for installation on: Granval and Swissfluid Butterfly Valves, Stainval BC and TM Valves; PEKOS and Beeval Ball Valves, BV17.
AUMA MATIC or AUMATIC integrated control units, position indicator, positioner, control cabinet and other accessories are available upon request.
Actuators may come with a heavy duty body for operation in aggressive media under high humidity and pollutant concentration conditions.
Enclosure class: IP67/68.
Version: SG, SQ.
Quarter-Turn Electric Actuators

Quarter-Turn Electric Actuators

PS Automation (Germany)
U    220/=24/~24/380 V
M    25-1000 Nm
t°op    –20…+80°С

Applications: heat and water supply systems, cooling and ventilation systems, industrial process systems.
Description:
Designed for installation on shut-off valves with 90° stem rotation — Beeval, Pekos, Schubert & Salzer and BV Ball Valves, as well as Granval, Stainval and Swissfluid Butterfly Valves.
Wide range of accessories: potentiometer, positioner, position transmitter, auxiliary limit switches for three-position and analogue (4...20 mA) control.
Intellectual version PSQ AMS coming with a microprocessor provides diagnostic options due to synchronization with the Automated Process Control System (APCS) of the user. PSQ AMS options: PSIC Integrated Controller, Local Control Module with PSC.2 Display, PSCP Supercondenser Block for FailSafe function, etc.
Valve mounting kits are available upon request.
Enclosure class: IP65/67.
Versions: PSR-E, PSQ-E, PSQ, PSQ-AMS.

Electronic Relays

Electronic Relays

Electronic Relays

Fanox (Spain)
U    3х380 V
I    ≤1000 A

Applications: fans, compressors, conveyors, press, three-phase and single-phase pumps.
Description:
Fanox Protection Relays are intended to protect the motor against underload, overload, phase shift and loss, as well as to provide thermistor protection option, etc.
Fanox motor protection solution is based on regulation of currents consumed by the motor. Three current are integrated into the protection relay. They measure consumed currents in non stop mode. Processed by electronic devices measurements are used to create a thermal model and to compare it with preset relay currents values.
Versions: С, GL, GEN, MT, PF.
Electronic Relays

Electronic Relays

Grancontrol (Italy)
U    200-480 V
I    ≤1000 A

Applications: pumps, fans, lifting devices, air conditioners, conveyor belts, compressors, mixers, cranes, chillers, etc.
Description:
Grancontrol Protection Relays are designed for protecting consumers against overvoltage, undervoltage, phase shift or loss in three-phase voltage networks.
As compared to thermal relays, Grancontrol Protection Relay provides higher precision, improved reliability and longer service life. It is possible to match corresponding relay depend on application and project requirements considering Ip adjustable current setting range.
Versions: P40, VRА.

Electropneumatic Valves

Electropneumatic Valves

Electropneumatic Valves

ASCO (Netherlands)
DN    15–65 mm
PN    1.0 MPa
t°op    +185°С

Connection type: Thread, Flanged, Welded, Clamp.
Applications: water treatment, metalwork, food industry (pasteurization, sterilization, etc.), chemical industry.
Description:
Intended to control product temperature, filling and weighting of cylinders, tanks, etc. in automatic and semi-automatic modes, as well as to ensure proportional mixing/regulation of different liquids, gases and steam.
Valves are fitted with a piston-type actuator.
Version 290: 2/2-way normally closed valves. Version 390: 3/2-way normally closed valves.
Pre-installed and pre-configured positioners with electronic deactivation system used to bleed air from the actuator chamber at zero setpoint guarantee high tightness of the valve in closed position.
Versions: 290, 390.

Equipment for Fire Fighting Systems

Fire Pumping Stations

Fire Pumping Stations

SPP (England)
Q    50–1200 m3/h
H    20–1000 m

Actuator: diesel, electrical types.
Applications: fire fighting systems for supplying water to automatic fire extinguishing units, hose reels or fire hydrants.
Description:
Pumps come with power units, control systems, fuel tanks and industrial silencers.
Features: pumps match NFPA requirements; easy installation and maintenance; designed for commercial and industrial applications; compact size.
Certification: UL, FM. Meets the Fire Safety Regulations.
Grooved Couplings

Grooved Couplings

Reliable (USA)
DN    25–600 mm
PN    1.6/2.07/3.45 MPa

Applications: fire protection systems: sprinkler water-filled and alternate wet and dry pipe systems, deluge systems and foam extinguishing systems;
construction of tunnels, bridges, shafts; heating and air conditioning systems;
draining and treatment of liquids in pipelines and pneumatic systems;
delivering pipeline systems for snowmakers.
Description:
Grooved products are used in systems of pipelines with grooved ends. This solution is more cost effective and reliable as compared to welded or flanged joints.
Material: Malleable Cast Iron.
Certification: UL, FM, Vds. Meets the Fire Safety Regulations.
Fire Fighting System Control Module

Fire Fighting System Control Module

Reliable (USA)
DN    65–200 mm
PN    1.2/2.07 MPa

Connection type: Flanged, Grooved Coupling, Flanged/Grooved Coupling.
Description:
Reliable Control Modules are used in water and foam fire fighting systems to supply extinguishing fluid and to activate electrical and hydraulic fire alarm devices in automatic mode.
Mounting options: vertical/horizontal.
Certification: UL, FM, Vds, LPCB. Meets the Fire Safety Regulations.
Types: E (water versions), D and DDX (water and air versions), DDX (deluge versions).
Fire Sprinklers, ESFR

Fire Sprinklers, ESFR

Reliable (USA)
К–Factor    200/242/320/363
t°resp    74, 100°C

Style: Pendant.
Description:
JL-14 Sprinklers: used in warehouses with stored materials packed in bags and stacked on pallets.
JL-17 Sprinklers: used for protection of high-bay warehouses without rack-stack mounted sprinklers.
HL-22 Sprinklers: used for protection of warehouses with the ceiling height of up to 14.6 m and stocking height of up to 13 m.
N25 Sprinklers: used in warehouses with the stocking height of up to 10.7 m.
Joint: 3/4'' — JL-14, JL-17; 1'' — HL-22, N25.
Colour: Bronze, White.
Response: quick.
Coverage: extended.
Working mechanism: fusible element.
Certification: UL, FM, Vds, LPCB. Meets the Fire Safety Regulations.
Versions: JL-14, JL-17, HL-22, N25.
Fire Sprinklers, 3/4''

Fire Sprinklers, 3/4''

Reliable (USA)
К–Factor    115/118/160/200
t°resp     57–182°C

Style: Pendent, Upright, Conventional, Horizontal Sidewall.
Description:
Sprinklers are used in water and foam fire fighting systems for fire extinguishing and confinement.
Special design and manufacturing technology ensures high tightness of the sprinklers. Product performance depends on orifice diameter.
K-Factor: 115, 118; 160 — G XLO, Upright; 200 — G VELO, Pendant.
Joint: 3/4''.
Colour: Bronze, Chrome, White.
Response: standard, quick.
Coverage: standard, extended (G XLO, G VELO).
Working mechanism: cup, fusible element (G XLO, G VELO).
Certification: UL, FM, Vds. Meets the Fire Safety Regulations.
Fire Sprinklers, 1/2''

Fire Sprinklers, 1/2''

Reliable (USA)
К–Factor    40, 60, 80
t°resp     57–182°C

Style: Pendent, Upright, Conventional, Horizontal Sidewall, Concealed.
Description:
Sprinklers are used in water and foam fire fighting systems for fire extinguishing and confinement.
Special design and manufacturing technology ensures high tightness of the sprinklers.
Product performance depends on orifice diameter.
Joint: 1/2''.
Colour: Bronze, Chrome, White.
Response: standard, quick.
Coverage: standard.
Working mechanism: cup.
Certification: UL, FM, Vds. Meets the Fire Safety Regulations.

Expansion Vessels and Pressurisation Automats

Water Heaters  and Storage Vessels

Water Heaters and Storage Vessels

Flamco (the Netherlands)
DN    120–3000 mm
PN    1.0/1.6* MPa
t°    95/110*°C

Applications: drinking water systems; heating and heat supply systems.
Description:
Water heaters feature thermal insulation (made of Polyurethane Foam) with easy clean synthetic coating for minimum heat loss. Internal coating of the vessel is made of high quality enamel.
Duo Water Heaters come with integrated pressure gauges and magnesium anode for corrosion protection and minimum calcium deposition.
Heating element reaching the bottom of the vessel ensures heating of maximum water volume and prevents bacteria formation. Insulation is made of HCFC-free solid foam material free with the thickness of 50 mm (with easy clean plastic coating).
Medium: water.
*Vessel/coil.
Versions: Duo, PS, Supastor.
Pressurisation Automats

Pressurisation Automats

Granlevel (ADL, Russia)
V    150–5000 l
PN    1.0/1.6 MPa
t°    70°C

Applications: closed-loop heating and cooling systems (for maintaining constant pressure, compensating temperature expansions of water, deaerating and compensating heat carrier losses).
Description:
Granlevel Pressurisation Automats maintain the required system pressure within a narrow range (± 0.02 MPa) in all operating modes and compensate thermal expansion of the heat carrier in heating and cooling systems.
Standard version features the following components: membrane expansion vessel, control unit, vessel connection. High quality butyl rubber membrane with low gas permeability separates water and air medium.
MODBUS Interface is used to monitor and control the system. Controller with Russian menu ensures intuitive control of the automats. Pressurisation automats are designed for systems filled with ethylene glycol (up to 30%) / water mixtures.
Versions: based on DPV2, DPV4 and DPV6 pumps.
Expansion Vessels

Expansion Vessels

Granlevel (ADL, Russia)
V    2–15 000 l
PN    0.6/1.0/1.6/2.0 MPa
t°    75°C

Type: vertical/horizontal.
Applications: heating and cooling systems; hot and cold water supply systems.
Description:
HM-Type Vessels — with non-replaceable membrane for heating and cooling systems; M-Type Vessels — with replaceable membrane for heating and cooling systems; A-Type Vessels — hydraulic accumulators with replaceable membrane for water supply systems.
Expansion vessels are designed for compensating temperature expansion of the heat carrier.
Hydraulic accumulators serve to prevent surges, accumulate water reserves and protect pumps against frequent activation/deactivation.
Vessels may accommodate ethylene glycol (up to 50%) water mixtures.
Versions: НМ, М, А.

Explosion Safety

Explosion Safety

Explosion Safety

ASCO, Muller Co-ax
PN    0–500 bar
t°    –50…+90°С

Applications: machine-tool building, petrochemical and auto industries, food industry, pulp and paper industry, metallurgy and other sectors.
Description:
Ex-proof solenoid shut-off valves are intended to control production processes.
Ex-proof solenoid pilot valves are intended to control air intake and bleeding process in valve pneumatic actuators operated in explosive environments.
This Ex-proof solutions ensure high performance and reliability of the equipment confirmed by SIL3 international certificates.
EExd, EExm, EExem and EExia versions, multiple temperature classes.
Types: 2/2, 3/2, 4/2, 5/2-5/3, monostable and bistable solenoid valves with NAMUR interface.

Frequency Converters

Multipurpose Frequency Converters

Multipurpose Frequency Converters

Grandrive (ADL, Russia)
U    380 V
I    2.3–24 A
P    0.75–11 kW

Applications: water treatment plants; sewage networks; water conditioning; water intake; hydro power plants (for heat and water supply systems, ventilation and air conditioning systems), etc.
Description:
Designed specially for 0.75...11 kW asynchronous motors.
Frequency converter (FC) is able to control the motor in scalar and vector modes.
Control desk is equipped with a built-in potentiometer for easier regulation of the output frequency.
Key advantages: integrated electromagnetic interference filter (EMI-filter) of Category 1; integrated PID-controller (accurate control of preset process); V/Hz or vector control mode; automatic restarting; starting up of rotating motor; sleep mode; enclosure class - IP20.
Versions: PFD20, PFD50, PFD55.
Medium Voltage Frequency Converters

Medium Voltage Frequency Converters

Grandrive (RXPE)
U    3, 6, 10, 13.8 kV
I    30–850 A
P    up to 12 500 kW

Applications: startup, stop, protection and control of standard asynchronous and synchronous motors with the voltage exceeding 1000 V.
Description:
Multi-level architecture. Standardized power cells allow to avoid adding new items to SPTA kits.
Due to smooth sine wave at the output of the frequency converter, no additional devices are required for handling long cables.
Power cells with recuperation provided for heavy loads in generator mode allow to deliver generated power to the supply mains. Power part is electrically and physically isolated from the control system. Fast-acting fibre optical channels are used to control power cells.
Control desk in Russian language .
Enclosure class — IP21 (IP54 and container version are available upon request).
Customized high-power versions are available upon request.
Versions: RMVC4000, RMVC5000.
Highly Intelligent Applications

Highly Intelligent Applications

Emotron (CG D & A, Sweden)
U    380/690 V
I    3–3000 A
P    0.75 kW–3 MW

Applications: chemical and petrochemical industries, oil and gas industry, food industry, pulp and paper industry, mining; earthmoving, crane and lifting equipment; power manipulator mechanisms.
Description:
Multi-purpose frequency converters designed for precision regulation of asynchronous motor speed. Innovative DTC technology (Direct Torque Control) is used to regulate highly dynamic mechanisms, maintain high peak torque at low speed and ensure immediate soft startup and stop.
Key advantages: up to 28 task speeds; mechanical brake control option; increased peak torque; vector braking; full protection range and automatic motor restart option; selection of process-specific units of measurement (bar, m3/s, etc.); electronic load monitoring; integrated PID-controller; crane options; enclosure class — IP20 or IP54.
Version: VFX 2.0.
General Industrial Frequency Converters

General Industrial Frequency Converters

Emotron (CG D & A, Sweden)
U    380/690 V
I    3–3000 A
P    0.75 kW–3 MW

Applications: water supply and wastewater treatment plants (lifting stations I–II, sewage pumping stations/water treatment plants); heating networks (smoke exhaust); CHP (discharging); boiler houses (heat carrier feed pumps); central heating stations; domestic heating plants; food industry; air conditioners; conveyors, transporters, etc.
Description:
Intended to control pumps, fans, compressors, etc. Frequency converters regulate motor speed for decreasing power consumption and ensure smooth startup/stop of the equipment for longer service life and lower maintenance costs.
Frequency converters (from 160 kW) are independent power modules without integration by DC link.
Key advantages: control of the groups of up to 7 motors; integrated load monitor; sleep mode; starting up of rotating motor; enclosure class - IP20 or IP54.
Version: FDU 2.0.

Gate Valves and Sluice Knife Gate Valves

Penstock

Penstock

Orbinox (Spain)
Sizes    150 х 150...
2000 х 2000*
PN    6/10 mwc

Connection type: channel or wall mounting.
Applications: water treatment plants, sewage systems, water conditioning systems, irrigation, water intake facilities, hydroelectric power plants.
Description:
Bidirectional Penstock fitted with resilient seal packing (three sides with CC-type packing and four sides with MU-type packing) are intended for open channel, wall or wall adaptor mounting.
Sluice valve body design ensures an easy and quick installation.
The interior design solution prevents the build up of foreign particles which impede the closure of the valve.
Frame and sluice materials: Stainless Steel. Other materials are available upon request.
Seat seal material: EPDM.
Actuators: manual control (handwheel with/without stem extension, gearbox with/without stem extension), servo actuators (electric actuator, pneumatic actuator, hydraulic actuator).
Versions: CC, MU.
Unidirectional Knife Gate Valves Vessel Insulation Applications

Unidirectional Knife Gate Valves Vessel Insulation Applications

Orbinox (Spain)
DN    80 mm
PN    1.0 MPa
Рop    1.0 MPa

Connection type: Wafer.
Applications: food industry, chemical industry, mining, pulp and paper industry, etc.
Description:
Intended for isolating storage vessels and main system. Unidirectional Knife Gate Valves enable to service the connected system without emptying the vessel. The interior design solution prevents the build up of foreign particles which impede the closure of the valve.
Solid cast body wedges and guides ensure secure closure of the gate valve.
Body material: Stainless steel CF8M.
Knife material: Stainless Steel (other options are available upon request).
Seat seal material: EPDM, Nitrile, metal-to-metal, Viton, Silicon, PTFE.
Actuators: Valves come with a handle and ratchet wheel.
Versions: KP.
Unidirectional Knife Gate Valves High Pressure Applications

Unidirectional Knife Gate Valves High Pressure Applications

Orbinox (Spain)
DN    80–3000 mm
Рop    10.0–1.0 MPa

Connection type: Wafer.
Applications: water treatment plants, domestic waste water and sewage systems; food industry, chemical industry, mining, pulp and paper industry, energy sector, etc.,
Description:
Design of the valve body and seat seal prevents clogging of the gate with suspended solids.
Body material: Carbon Steel (other options are available upon request).
Knife material: Stainless Steel (other options are available upon request).
Seat seal material: EPDM, metal/metal.
Actuators: manual control (handwheel with stem extension, bevel-type gearbox), servo actuators (electric actuator, pneumatic actuator, hydraulic actuator).
No standard version is available (valve design depends on project-specific operating pressure).
Versions: CW, WS.
Hopper Knife Gate Valves

Hopper Knife Gate Valves

Orbinox (Spain)
DN    50–600 mm
PN    1.0 MPa
Рop    0.3–0.1 MPa

Connection type: Wafer.
Applications: energy sector, chemical industry, food industry, mining.
Description:
Intended for shutting off the flow of the abrasive medium in hopper systems (palletized and powder media). Special body design contributes to quick and smooth movement of the medium and allows to use the gate as a round (XC) or rectangular (BC) bleed hopper valve.
Body material: Cast Iron, Stainless Steel (XC, BC), Carbon Steel (BC).
Knife material: Stainless Steel. Other materials are available upon request.
Seat seal material: metal/metal, EPDM, Nitrile, Viton, Silicon, PTFE.
Actuators: manual control (handwheel with/without stem extension, chain-, lever- and bevel-type gearbox), servo actuators (electric actuator, pneumatic actuator, hydraulic actuator).
Versions: XC, BC.
Bidirectional Knife Gate Valves

Bidirectional Knife Gate Valves

Orbinox (Spain)
DN    50–1200 mm
PN    1.0 MPa
Рop    1.0–0.2 MPa

Connection type: Wafer.
Applications: water treatment plants, domestic waste water and sewage systems; chemical industry, mining, metallurgy, food industry, pulp and paper industry.
Description:
Double-seat design guarantees tight shut-off of direct and return flows of the medium. Valve is suitable for shutting off the flow for transportation of abrasive slurry (VG) and viscous media (TL, TK).
Body material: Cast Iron, Stainless Steel. Other materials are available upon request.
Knife material: Stainless Steel. Other materials are available upon request.
Seat seal material: metal/metal (except for EB), EPDM, Nitrile, Viton, Silicon, PTFE, natural rubber.
Actuators manual control (handwheel with/without stem extension, chain-, lever- and bevel-type gearbox), servo actuators (electric actuator, pneumatic actuator, hydraulic actuator).
Versions: EB, VG, TL, TK.
Unidirectional Knife Gate Valves

Unidirectional Knife Gate Valves

Orbinox (Spain)
DN    50–1200 mm
PN    1.0 MPa
Рop    1.0–0.2 MPa

Connection type: Wafer.
Applications: water treatment plants, domestic waste water and sewage systems; mining, pulp and paper industry, chemical industry, food industry; cement production; energy sector, etc.
Description:
Design of the body and seat seal of Orbinox gate valves prevents clogging of the gate with suspended solids.
Body material: Cast Iron, Stainless Steel. Other materials are available upon request.
Knife material: Stainless Steel. Other materials are available upon request.
Seat seal material: metal/metal, EPDM, Nitrile, Viton, Silicon, PTFE.
Actuators: manual control (handwheel with/without stem extension, chain-, lever- and bevel-type gearbox), servo actuators (electric actuator, pneumatic actuator, hydraulic actuator).
Versions: EX, ET, EK.

Horizontal Pumps

Horizontal Multistage Pumps

Horizontal Multistage Pumps

Ebara (Japan/Italy)
Q    up to 27 m3/h
H    up to 100 m

Applications: water supplies; irrigation and flooding; conditioning and water treatment, etc.
Description:
Centrifugal pumps are coming with horizontal shaft and end seal.
Temperature and pressure ranges: –15...+110°С, PN 10.
Body material: Stainless steel, Cast Iron.
Impeller materials: Stainless steel, Technopolymer.
Pumps come with 2900 rpm motors.
Horizontal multistage centrifugal pumps with durable and compact design are suitable for boosting systems, auto washing, industrial plants, water treatment, cold and hot water supply systems, conditioning, irrigation and stormwater distribution systems.
Versions: COMPACT, MATRIX.
Horizontal Multistage Pumps  with Electric Actuators

Horizontal Multistage Pumps with Electric Actuators

Caprari (Italy)
Q    up to 600 m3/h
H    up to 1000 m

Applications: fire fighting, water supplies, irrigation and flooding; medium and large-scale heating systems and air conditioning systems; civil water supplies; boosting systems; snowmaking.
Description:
Centrifugal pumps are coming with horizontal shaft with an end seal or gland seal.
Temperature and pressure ranges: –10...+90°С,
PN 100.
Body material: Cast Iron.
Impeller materials: Cast Iron, Stainless Steel, Bronze.
Sealing material: Graphite/ Silicone Carbide (Graphite Packing Cord).
Pumps operating at maximum efficiency come with IP55 motors (2900 and 1450 rpm versions).
Some versions are fitted with a pressure balancer. The end seal may be replaced with gland packing and vice versa. Flexible coupling is used to connect the hydraulic end with the motor.
Versions: HMU, MEC-MR, PM.
Horizontal Two and Three Stage Pumps with Diesel Actuators

Horizontal Two and Three Stage Pumps with Diesel Actuators

Caprari (Italy)
Q    up to 252 m3/h
H    up to 193 m

Applications: water supply systems, fire fighting, irrigation, other water supply applications with diesel engines used as actuators.
Description:
Centrifugal pumps are coming with horizontal shaft and gland packing seal.
Temperature and pressure ranges: –10...+90°С,
PN 16.
Body material: Cast Iron.
Impeller materials: Cast Iron.
Packing: Graphite Cord.
Pumps fitted with reinforced bearings and supports for secure connection with flanged flywheel of SAE3 diesel engine. Products feature a suction pipe, vaned diffuser, volute casing, bearing housing, grey cast iron impeller and stainless steel shaft.
Flexible coupling is available upon request (please, specify connecting dimensions of the flywheel in your order).
Versions: MEC-MG.
Horizontal Single Stage Self-Priming Pumps

Horizontal Single Stage Self-Priming Pumps

Ebara (Japan/Italy)
Q    up to 4.5 m3/h
H    up to 59 m

Applications: fire fighting, water supplies, irrigation and flooding, conditioning, etc.
Description:
Centrifugal pumps are coming with horizontal shaft and end seal.
Temperature and pressure ranges: +5...+45°С, PN 6.
Body material: Stainless Steel.
Impeller materials: Stainless
Steel, Technopolymer.
Sealing: end seal.
Pumps come with 2900 rpm motors.
Stainless steel pumps provide significant advantages as compared to standard cast iron solutions, including high efficiency due to smooth surface of components and low friction losses.
Patented production lines of casting, stamping and welding of pump bodies and impellers should be specially noted.
Versions: JE(X), JES(X).

Horizontal Single Stage Pumps

Horizontal Single Stage Pumps

Ebara (Japan/Italy)
Q    up to 240 m3/h
H    up to 95 m

Applications: fire fighting, hot and cold water supply, air conditioning, heating, etc.
Description:
Centrifugal pumps are coming with horizontal shaft and end seal.
Temperature and pressure ranges: –10...+110°С.
Body material: Stainless Steel.
Impeller materials: Stainless Steel.
Pumps come with 2900 and 1450 rpm motors.
Wide range of stainless steel pumps provide significant advantages as compared to standard cast iron solutions, including high efficiency due to smooth surface of components and low friction losses. Patented production lines of casting, stamping and welding of pump bodies and impellers should be specially noted.
Versions: CD(X), 2CDX, 3M, 3LM, 3LS, DWO.
Horizontal Single Stage Pumps  with Electric Actuators

Horizontal Single Stage Pumps with Electric Actuators

Caprari (Italy)
Q    1200 m3/h
H    up to 140 m

Applications: fire fighting, water supplies, irrigation and flooding; medium and large-scale heating systems and air conditioning systems; civil water supplies; boosting systems.
Description:
Centrifugal pumps are coming with horizontal shaft with mechanical seal or gland packing seal.
Temperature and pressure ranges: –10...+90°С,
PN 16.
Body material: Cast Iron.
Impeller materials: Cast Iron, Stainless Steel, Bronze.
Sealing material: Graphite/Silicone Carbide (Graphite Packing Cord).
Pumps operating at maximum efficiency come with IP55 motors (2900 and 1450 rpm versions).
Some versions are fitted with a pressure balancer. By reinstalling several parts, the end seal may be replaced with gland packing.
Versions: NC, MEC-A.

Hydraulic Balancer

Hydraulic  Balancer

Hydraulic Balancer

Flamco (the Netherlands)
DN    50–400 mm
PN    0.02–1.0 MPa
t°op    –10...+120°C

Connection type: Welded, Thread, Flanged.
Applications: district heating systems.
Description:
Hydraulic balancer isolates flows of the primary and secondary circuits.
Key advantages: protection of pumps against overload; finer system regulation; improved heat transfer parameters; higher system performance. The product line includes Flexbalance Plus Hydraulic Separators fitted with a PALL ring chamber. This cutting-edge technology separates micro bubbles and dirt particulates.
All versions come with automatic venting valves and dirt traps.
Max. flow in boiler circuit: ≤2.0 m/s.
Max. flow in consumption circuit: ≤1.2 m/s.
Material: Carbon Steel.
Medium: water.
Versions: Flexbalancе, Flexbalance Plus.

Hydraulic Separators

Dirt Separators

Dirt Separators

Flamco (the Netherlands)
DN    20–600 mm
PN    1.0/1.6/2.5 MPa
t°    –10...120°C

Connection type: Welded, Thread, Flanged.
Applications: closed-loop heating and cooling systems.
Description:
PALL rings provide larger contact surface for trapping and removing solid particles to the lower part of the separator.
Stainless steel PALL rings have an extended service life.
Due a large-sized Flamco Clean lower chamber, no daily draining of the sediments is required. The above elongated chamber with still water is used for sedimentation of solid particles. No water swirling and disturbance which may remove solid particles back to the system occur in this part.
Turn the ball valve to drain the sediments.
Versions: Flamco Clean.
Air and Dirt Separators

Air and Dirt Separators

Flamco (the Netherlands)
DN    20–600 mm
PN    1.0/1.6/2.5 MPa
t°    –10...120°C

Connection type: Welded, Thread, Flanged.
Applications: closed-loop heating and cooling systems.
Description:
Separators are based on a brand new PALL ring solution. Air bubbles present in the fluid adhere to the surface of the PALL rings thus forming larger bubbles which detach from the rings and reach the air chamber for further release into the atmosphere. The product range features separators with upper air chamber and lower chamber intended for sedimentation and removal of solids present in the heat carrier. Bottom drain valve is used to wash off the collected particles. Particles escaped from the lower chamber come to the surface and are removed by the flush valve.
Material: Brass, Steel.
Medium: water and ethylene glycol (up to 50%) water mixtures.
Maximum flow rate: 1.5 m/s.
Versions: Flamcovent, Flamcovent Clean.
Centrifugal Air Separators

Centrifugal Air Separators

Flamco (the Netherlands)
DN    25–600 mm
PN    1.0/1.6/2.5 MPa
t°    –10...120°C

Connection type: Welded, Thread, Flanged.
Applications: closed-loop heating and cooling systems.
Description:
Designed for complete removal of air and solid particles from heating and cooling systems to increase heat carrier flow, system performance and service life of system equipment. Air separators rely on centrifugal force as a basic principle of operation. Tangential position of separator fittings contributes to liquid swirling with heavy fraction (liquid) pressed against the separator's walls and light fraction (air) accumulated inside the body. The upper part of the separator is fitted with a automatic air for automatic release of air into the atmosphere.
Material: Steel.
Medium:  water and ethylene glycol (up to 50%) water mixtures.
Maximum flow rate: 5 m/s.
Versions: Flexair.

Indirect Acting Control Valves

Three-Way Control Valves

Three-Way Control Valves

Polna (Poland)
DN    15–250 mm
PN    1.6–40.0 MPa
t°op    –10...+300°C

Connection type: Flanged.
Applications: heat, water and gas supply systems; gas and oil industry, chemical industry and other sectors.
Description:
Three-way single-seat control valves fitted with electric or pneumatic actuators. Intended for mixing (Z3M) or separating (Z3R) solid-free liquid or gas flows.
Valve liquid pressure drop shall not exceed 1.6 MPa. Otherwise a stellite seat shall be used.
Body materials: Cast Iron, Carbon Steel, Stainless Steel. Other materials are available upon request.
Internal parts material: Stainless Steel.
Sealing materials: PTFE, Graphite, Stainless Steel.
Customized versions for aggressive and contaminated media, higher temperatures and pressures are available upon request.
Mounting options: horizontal or vertical pipeline with actuator in upper or lateral position.
Version: Z3.
Three-Way Control Valves

Three-Way Control Valves

Granreg (ADL, Russia)
DN    15–65 mm
PN    1.6 MPa
t°op    –20...+130°C

Connection type: Thread.
Applications: heat and water supply systems, ventilation systems.
Description:
KM324R Three-Way Control Valve is a control valve fitted with a linear electric actuator. Intended for mixing and separating liquid or gas flows.
Valve liquid pressure drop shall not exceed 1.6 MPa.
Body materials: Brass.
Internal parts material: AISI304 Stainless steel.
Mounting options: horizontal or vertical pipeline with actuator in upper or lateral position.
Version: KM324R.
Three-Way Control Valves

Three-Way Control Valves

Granreg (ADL, Russia)
DN    15–300 mm
PN    1.6 MPa
t°op    –10...+230°C

Connection type: Flanged.
Applications: heat and water supply systems, ventilation systems.
Description:
Three-way control valves KM307F and KM317F come with linear electric actuators.
KM307F versions are designed for mixing liquid or gas flows; KM317F are designed for separating liquid or gas flows.
MX mounting kit is required for PSL and PSL-AMS electric actuators.
Valve liquid pressure drop shall not exceed 1.6 MPa.
Body materials: Carbon Steel.
Internal parts material: Stainless Steel.
Sealing materials: Stainless Steel.
Mounting options: horizontal or vertical pipeline with actuator in upper or lateral position.
Versions: KM307F, KM317F.
Two-Way Control Valves

Two-Way Control Valves

Polna (Poland)
DN    15–250 mm
PN    1.6–40.0 MPa
t°op    –10...+300°C

Connection type: Flanged.
Applications: heat, water and gas supply systems; gas and oil industry, chemical industry and other sectors.
Description:
Intended to control solid-free liquid and gas flows.
Single-seat two-way control valves are fitted with electric or pneumatic actuators.
Valve liquid pressure drop shall not exceed 1.6 MPa. Otherwise a stellite seat shall be used.
Body materials: Cast Iron, Carbon Steel, Stainless Steel. Other materials are available upon request.
Internal parts material: Stainless Steel.
Sealing materials: PTFE, Graphite, Stainless Steel.
Customized versions for aggressive and contaminated media, higher temperatures and pressures are available upon request.
Mounting options: horizontal or vertical pipeline with actuator in upper or lateral position.
Version: Z.
Two-Way Control Valves

Two-Way Control Valves

Granreg (ADL, Russia)
DN    15–200 mm
PN    1.6 MPa
t°op    –20...+200°C

Connection type: Thread, Flanged.
Applications: heat and water supply systems, ventilation systems.
Description:
Two-way control valves KM124R and KM125F are pressure unbalanced control valves with linear electric or pneumatic actuators.
Intended to control liquid, steam or gas flows.
Valve pressure drop shall not exceed 1.6 MPa.
Control valve is suitable for mounting on horizontal or vertical pipeline with its actuator in upper or lateral position.
Body materials: Brass, Grey Cast Iron.
Internal parts material: AISI304 Stainless steel.
Version: KM124R, KM125F.

Level Gauges

Level Gauges

Level Gauges

VYC (Spain)
DN    20
PN    1.6/4.0 MPa

Connection type: Flanged.
Applications: steam condensate systems in different industries.
Description:
Intended for monitoring liquid level in boilers, receivers and storage tanks.
Showing the liquid level in the boiler system, the level gauge ensures fine adjustment of the system. Low water level causes unstable operation of the boiler (heat carrier level in the system shall be increased). High water level causes significant load and quick wear of system components.
Principle of operation: system of communicating vessels (equal liquid level in different vessels) enables to check the actual water level in the boiler without opening the vessel. This solution increases safety of steam boiler operation and ensures reliable monitoring of heat carrier level in the system.
Materials: Cast Iron, Stainless Steel.
Versions: 666, 466.

Level Indicators

Electronic Level Indicators

Electronic Level Indicators

VYC (Spain)
PN    3.2 MPa
t°max.    238°С

Connection type: Thread.
Applications: steam condensate systems in different industries.
Description:
Intended to control boiler feed pumps and thus boiler water level.
Body materials: Carbon Steel, Stainless Steel.
Mounting options: horizontal pipeline (vertical pipeline mounting option is available upon request).
Mounting options: inside boilers or boiler headers.
Versions: EAC-1, EN-1, ES-1, RN-1, RS-1.

Load Monitors

Load Monitors

Load Monitors

Emotron (CG D & A, Sweden)
U    1х100–240 V, 3х100–240 V, 3х380–500 V, 3х600–690 V

Applications: submersible or drainage pump control.
Description:
Load monitors control the time of complete emptying of the pit or basin. Basing upon measured capacity of the pump, the load monitors adjust the pause time for optimal on/off switching intervals. This solution reduces the number of starting and eliminates the need for on/off switching level sensors (this is important for operation in aggressive and contaminated environments).
In two-pump systems, two DCM monitors coordinate the operation of the pumps to ensure equal operating time and, if necessary, synchronous activation.
DCM used instead of level sensors contribute to lower power consumption and longer service life. Automatic improvement of operation Easy installation and maintenance. Protection and remote control options. Visual indication.
Versions: DCM.
Load Monitors

Load Monitors

Emotron (CG D & A, Sweden)
U    1х100–240 V, 3х100–240 V, 3х380–500 V, 3х600–690 V

Applications: drainage and circulating pumps, cranes, lifting equipment, mixers, screw conveyors, belt conveyors, etc.
Description:
Easy-to-install and configure compact-sized load monitors are intended to measure motor load using the motor as a sensor. As compared to standard solutions with expensive sensors cut into the system (and thus with higher installation costs and lower reliability), load monitors mounted directly inside the process equipment (in electrical circuits) reduce capital cost without compromising the system integrity.
Versions: M10, M20.

Mixers, Flow Accelerators and Aerators

Aerators

Aerators

Caprari (Italy)
Q    up to 270 l/s
Н    up to 5.5 m

Applications: oxygenation and homogenization in waste treatment systems of industrial, residential and livestock farming complexes, aquaculture systems and aeration of wastewater sedimentation systems.
Description:
Aerator features KC submersible pump, jet ejector, diffuser and air intake pipe.
Ejector material: Cast Iron.
Diffuser material: Stainless Steel.
Base plate material: Stainless steel / Rubber.
Air intake pipe material: Galvanized Steel.
Lifting device material: Galvanized Steel.
Silencer/ hood material: Painted Steel.
Version: OXY-FLOW.
Horizontal Mixers

Horizontal Mixers

Caprari (Italy)
Ljet    up to 90 m

Applications: large nitrification/denitrification tanks; mixing of sludge, industrial effluents and mud; desinfection.
Description:
Mixers with three-blade self-cleaning impellers are fitted with 4-pole or 6-pole motors. Impeller is connected directly to the motor shaft or planetary reducing gear. Perfect solution for nitrification / de-
nitrification and mixing of sludge and industrial effluents. Mixers with planetary reducing gears provide low impeller speed and homogeneous mixing of organic sludge particles. Versions with rotating and lifting devices are available upon request.
Body material: Cast Iron.
Impeller material: Stainless Steel.
Lifting device and all submersible elements: Stainless Steel.
Versions: CMR, CMD.

Flow Accelerators

Flow Accelerators

Caprari (Italy)
Ljet    up to 60 m

Applications: large nitrification/denitrification tanks, mixing of sludge and industrial effluents.
Description:
Impeller with two or three self-cleaning blades made of composite materials with high hydraulic efficiency.
Flow accelerators with two or three-blade self-cleaning impeller come in composite materials with high hydraulic efficiency. Impeller is mounted directly on the shaft of 4-pole or 6-pole motor. Lifting device is fitted with jib crane.
Body materials: Cast Iron.
Impeller material: Stainless Steel, Polyamide Fiberglass.
Lifting device and all submersible elements: Stainless Steel.
Version: СMB.

Peristaltic Pumps

Peristaltic Tube Pumps

Peristaltic Tube Pumps

Verderflex (Great Britain)
Q    up to 1020 l/s
P    up to 2 bar

Applications: water treatment and conditioning; chemical industry; laboratories.
Description:
Wide range of tube materials for project-specific applications; easy replaceable tube design; up to 4 dosing heads.
Actuators: manual, automatic, programmable options.
SCADA integrable solution.
Versions: RAPIDE, VANTAGE 3000, ECONOMY, SMART.
Peristaltic Hose Pumps

Peristaltic Hose Pumps

Verderflex (Great Britain)
Q    up to 90 000 l/s
P    up to 16 bar

Applications: water treatment and conditioning; mining, chemical and food industries; printing and packaging.
Description:
Designed for smooth pumping of solutions containing solids (concentration of up to 80%, particle size of up to 25% of hose diameter) and high-viscosity media (up to 47 000 cPs). Self-suction lift: up to 8 m. Abrasive ability of the medium has no effect on hose wear rate. Optional hose materials.
Options: Ex-proof version, high-head pumps, hose rupture sensor.
Versions: VF, DURA.

Pneumatic Actuators

Quarter-Turn Pneumatic Actuators

Quarter-Turn Pneumatic Actuators

Prisma (Spain)
P    3–8 bar
M    17–65000 Nm
t°op    –32…+90°С

Applications: heat and water supply systems, cooling and ventilation systems, industrial process systems.
Description:
Prisma Part-Turn Actuators, PA double-acting version/PAS version (with a return spring), are designed for installation on the following equipment: Granval Butterfly Valve, Pekos and BV17 Ball Valves.
Electromechanical block of limit switches, electropneumatic positioner and manual override options are available upon request.
Enclosure class: IP67.
Versions: PL (Stainless Steel), PA (Aluminium), PP (Polyamide).
Linear Pneumatic Actuators

Linear Pneumatic Actuators

Polna (Poland)
P    1.4–4.0 bar
t°op    –40…+80°С

Type: membrane one-way actuator.
Applications: heat and water supply systems, cooling and ventilation systems, industrial process systems; food industry.
Description:
One-way linear membrane actuators with spring return mechanism and carbon steel body (stainless steel version is available upon request) may come with a manual override option. Actuators are available in Normally Open (P) and Normally Closed (R) versions.
Designed for installation on control and cut-off valves with linear stem travel.
Wide size range (including TANDEM version with two pneumatic chambers) contributes to high closing force of saddle valves of up to 300 mm in diameter. Recommended accessories for valves coming with pneumatic actuators include a positioner and regulating filter.
Versions: P, R.

Pneumatic Control Panels

Pneumatic Control Panels

Pneumatic Control Panels

ADL (Russia)
PNin    2...16 bar
PNout    2...10 bar
t°    –10…+60°С

Applications: food industry, petrochemical industry.
Description:
Pneumatic control panel is an integrated solution designed for controlling pneumatic cylinders and pneumatic actuators of pipeline valves.
Before entering the pneumatic system, the fresh air is fed into filter to remove water and compressor oil. Pressure regulator is used to set the constant system pressure. Filtered air is fed into distribution valves intended to control pneumatic cylinders or actuators basing upon input electric signals.
Customized electropneumatic or pneumatic schemes are available upon request. Pneumatic panels and valve assemblies coming with ASCO and Hafner-Pneumatic equipment may contain both separate valves and distributors and pneumatic valves island and air conditioning blocks to match multiple applications.

Pressure Instruments

Pressure Instruments

Pressure Instruments

WIKA (Germany)
PN    –1...15 000 bar
t°    –40...+ 400°С

Connection type: Thread, Flanged, Welded, Union Nut.
Applications: chemical, oil and gas industries, food industry; ship building and engineering industries, machine-tool building and auto industries; pump and compressor units, hydraulic and pneumatic systems; cooling systems, ventilation and air conditioning systems, heating systems; pharmaceutical industry.
Description:
Wika product range accommodates technical pressure gauges (including electric contact pressure gauges), high pressure gauges, pressure transmitters, pressure gauges/pressure transmitters with diaphragm seal. Pressure instruments come with certificates and technical documentation containing detailed characteristics and installation guidelines.
Versions: Pressure Gauges: WIKA 1, 2, 3, 4, 5, 6, 7;
Pressure Sensors: WIKA S-10, А-10, ОТ-1(МН-2), S-11, IS-20, etc.

Pump Sets

Fire Fighting Sets

Fire Fighting Sets

Granflow (ADL, Russia)
Max. flow    3000 m3/h
Max. head    340 m
Number of pumps    2–6
Max. temperature
of pumped liquid    70°С
Max. ambient
temperature    50°С
Max. operating pressure    40 bar
Motor speed    2850 rpm
1450 rpm
Supply voltage    3 x 380 V

Applications: sprinkler and deluge fire extinguishing systems, hydrant systems, special applications for combined potable water supply and fire fighting systems.
Description:
Product comes with 1–6 centrifugal pumps: DPV (DP-Pumps, the Netherlands); 3M End-Suction Pumps (Ebara, Japan/Italy); Granpump In-Line Pumps; MEC, PM, NC End-Suction Pumps (Caprari, Italy).
Each pump has a shut-off valve and suction manifold at its inlet and a check valve, shut-off valve (Granar KR14 with OPEN/CLOSE visual indicator) and discharge manifold at its outlet. Manifolds between pumps are fitted with butterfly valves. Pumps are mounted on a common steel base plate.
Pump set features: membrane tank to protect the product against start-up surges; dry running protection relay; pressure gauges, Grantor Control Panel with relay or frequency control, DPV Jockey Pump (upon request). The discharge line has three pressure relays for operation in automatic mode.
Type: UNVp (deluge system), UNVpzh (sprinkler system).
Water Supply Sets

Water Supply Sets

Granflow (ADL, Russia)
Max. flow    550 m3/h
Max. head    340 m
Number of pumps    1–6
Max. temperature
of pumped liquid    70°С (120°С
upon request)
Max. ambient
temperature    50°С
Max. operating pressure    40 bar
Motor speed    2900 rpm
1450 rpm
Supply voltage    3 x 380 V

Applications: water supplies, water treatment, technological processes, irrigation and flooding.
Description:
Pumping set features 1–6 centrifugal pumps mounted on a common base plate. Each pump has a shut-off valve at its inlet and a shut-off valve and check valve at its outlet. Intake manifold is equipped with a pressure gauge and dry running protection relay. Discharge manifold is equipped with a pressure sensor or relay, pressure gauge and membrane tank (to protect instrumentation against surges). Products come with a Grantor Control Panel.
Prefabricated, preset and pretested Granflow Pump Sets are ready for connection to pipeline and power network.
ADL's quality control system provides testing of the entire pump set and its components for improved reliability of the products.
Peculiar features of Granflow Pump Sets: low power consumption, high reliability, easy maintenance and compact size.
Type: UNVb (domestic applications), UNV (general industrial applications).
Heating and Air Conditioning Sets

Heating and Air Conditioning Sets

Granflow (ADL, Russia)
Max. flow    6000 m3/h
Max. head    80 m
Number of pumps    1–6
Max. temperature
of pumped liquid    70°С (180°С
upon request)
Max. ambient
temperature    50°С
Max. operating pressure    10 bar
Motor speed    2900 rpm
1450 rpm
Supply voltage    3 x 380 V

Applications: heating, air conditioning, ventilation.
Description:
Pump set comes with 1–6 Granpump In-Line Centrifugal Pumps mounted in vertical position on a common steel base plate.
Each pump has a shut-off valve and suction manifold at its inlet and a check valve, shut-off valve and discharge manifold at its outlet.
Pump set features: membrane tank to protect the product against start-up surges (this option is not available for applications with the fluid temperature exceeding 70°С); dry running protection relay; pressure gauges, anti-vibration inserts, Grantor Control Panel with relay or frequency control. The discharge line has a pressure relay or gauge for frequency control in automatic mode.
Materials: Carbon Steel (hydraulic end, headers).
Prefabricated, preset and pretested pump sets are ready for connection to pipeline and power network.
Type: UNVo (heating applications), UNVk (conditioning applications).
Sewage Pumping Stations

Sewage Pumping Stations

Granflow (ADL, Russia)
Maximum flow    2000 m3/h
Maximum head    65 m
Number of pumps    1–4
Maximum temperature
of pumped fluid    40°С (up to 90°С
for some versions)
Supply voltage    220/380/690 V

Applications: household and industrial effluents, storm water, effluents of water treatment plants.
Description:
Station comes with KC+, KCT+ and M Submersible Pumps, K-Kompact Surface Monoblock Pumps (Caprari, Italy) and Ebara Pumps (Japan/Italy).
KNS Pumps are fitted with piping, special Granar Rubber Wedge Gate Valves (KR), Granlock Check Valves (RD), Grantor Control Panel and maintenance platform. A ladder is available for service personnel. Outlet is fitted with a waste bucket to protect the tank against large debris which may damage the equipment.
KNS body material: high strength Fiberglass made by winding fiber glass filaments coated with synthetic resin. Diameter of the winding mandrel used to make the body depends on project specifications.
Features of Granflow Pump Sets: low power consumption, high reliability, easy maintenance, compact size and customized design.
Type: KNS.

Safety Valves

Safety  Valves

Safety Valves

Flamco (the Netherlands)
DN    15–50 mm
PN    0.15–1.0 MPa
t°op    –10...+120°C

Connection type: Thread/Thread.
Applications: heating and cooling systems, water supply systems.
Description:
Designed for protection of systems against overpressure by discharging operating fluid into the recovery system.
One of the advantages of the safety valves is a pulse mode for full water discharge at the preset operating pressure.
Material: Brass.
Medium: water and ethylene glycol (up to 50%) water mixture.
Versions: Prescor, Prescor B, Prescor S, Flopress, Prescomano.
Safety Valves

Safety Valves

Pregran (ADL, Russia)
DN    10–400 mm
PN    1.6–10 MPa
t°op    –196...+400°C

Connection type: Thread, Flanged, Flanged/Thread.
Applications: protection of vessels, pipelines and equipment of heat, water and steam supply systems, etc.
Description:
Designed for protection of systems against overpressure by discharging operating fluid into the recovery system. Customized versions are suitable for aggressive media, gas and multiple industrial applications.
Materials: Brass, GG25 Cast Iron, GGG40 High-Duty Cast Iron, Steel, Stainless Steel.
Versions: 095А/С, 095, 097, 096, 495, 496.

Sampling Equipment

Sampling Valves

Sampling Valves

Swissfluid (Switzerland)
DN    15–150 mm
Pop.    0.01 kPa...1.6 MPa
t°op    –40…+200°С

Connection type: Flanged, Wafer.
Applications: taking samples from pipelines or vessels used to transport chemically active or aggressive liquids in chemical industry, oil and gas industry, food industry and other sectors.
Description:
Special design of the shut-off element seal and thick wall lining (exceeding 3 mm) of the body contributes to high tightness of the process (leakage class A, GOST R 54808-2011). Unique patented seat design with full bore pattern ensures safe operation of the product. No pressure drops and dead zones. Customized versions are available upon request.
Body lining: PFA (standard option), PFA-AS (antistatic option).
Body materials: Duplex Stainless Steel, SS316L High Alloy Steel.
Stem material: PFA (standard option), PFA-AS (antistatic option), Duplex Stainless Steel, Hastelloy.
Sample bottle material: borosilicate glass.
Actuators: handwheel, spring return lever, pneumatic actuator.
Version: SIVF, SIVW.
Sampling Valves

Sampling Valves

Swissfluid (Switzerland)
DN    15–80 mm
PN    1.0/1.6 MPa
t°op    –40…+160°С

Connection type: Flanged.
Applications: taking samples of aggressive or toxic liquids from pipelines or pressurized vessels without process shut-down.
Description:
Special design of the seat seal and shut-off element dynamic seal contributes to high tightness of the sampling process (leakage class A, GOST R 54808-2011). Unique patented solution eliminates any pressure drops for safe operation. Additional advantages: no dead zones; precision sample volume dosing.
Body lining: PFA (standard option), PFA-AS (antistatic option).
Body materials: Stainless Steel.
Cone / seat materials: FFPM (Perfluor), PFA-AS / PTFE-T.
Sample bottle material: borosilicate glass.
Actuators: lever, handwheel with return spring, pneumatic actuator.
Version: SSV.
Sampling Ball Valves

Sampling Ball Valves

Swissfluid (Switzerland)
DN    15–80 mm
Pop.    1.6 MPa
t°op    –40…+150°С

Connection type: Flanged.
Applications: taking samples from pipelines or vessels used to transport chemically active or aggressive liquids in chemical industry, oil and gas industry, food industry and other sectors.
Description:
Special design of the seat seal and shut-off element dynamic seal contributes to high tightness of the process (leakage class A, GOST R 54808-2011). Patented design with full bore pattern and 180˚ handle rotation. Solution free of dead zones and pressure drops. Precision volume dosing.
Body lining: PFA (standard option), PFA-AS (antistatic option), PVDF, PP, ETFE.
Ball lining: PTFE (standard option), PTFE-AS (antistatic option).
Body materials: Duplex Stainless Steel, SS316L High Alloy Steel.
Ball and cone materials: PFA, PFA-AS (antistatic option), ETFE, Duplex Stainless Steel, Hastelloy.
Sample bottle material: borosilicate glass.
Actuators: handle, electric or pneumatic actuator.
Version: SSV-B.

Separators

Integrated Steam Trap

Integrated Steam Trap

Mankenberg (Germany)
DN    25–40 mm
PN    1.6 MPa
t°max.    –10...+200°C

Connection type: Thread, Flanged.
Applications: steam and gas systems in multiple industries.
Description:
Intended for removing suspended condensate from steam and gas systems.
Separators come with an integrated steam trap (no external steam trap is required).
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Suitable for hygienic applications.
Body materials: Stainless Steel. Other materials are available upon request.
Sealing materials: EPDM, FEPM. Other materials are available upon request.
Customized versions are available upon request.
Version: AS2.
Flash Steam Separators

Flash Steam Separators

Gransteam (ADL, Russia)
PN    1.6 MPa
t°max.    250°C

Connection type: Thread, Flanged.
Applications: steam and gas systems in multiple industries.
Description:
Intended to separate the flush steam and high pressure condensate mainly in boiler blowdown systems for higher energy efficiency of the operating cycle.
Principle of operation: boiling of condensate fed into the unit body with fast pressure drop below the saturation point.
Version: RP.
Steam System Applications

Steam System Applications

Gransteam (ADL, Russia)
DN    15–300 mm
PN    2.5 MPa
t°max.    300°C

Connection type: Flanged.
Applications: steam and gas systems in multiple industries.
Description:
Centrifugal separator is designed for removing condensate from steam pipelines and compressed air systems. Drain pipe shall be fitted with a steam trap. Maximum steam dehumidifying effect is reached at 20...40 m/s.
Material: Carbon Steel.
Mounting options: exactly horizontal; flow direction shall match the body arrow.
Versions: SPG25.

Shut-off and Control Valves with Actuators

Control Gate Valves

Control Gate Valves

Shubert & Salzer (Germany)
DN    15–250 mm
PN    1.0–10.0 MPa
t°max.    +350°C

Connection type: Wafer.
Applications: energy sector, food industry, chemical and petrochemical industries and other sectors.
Description:
Intended to control and shut off the flows of liquid, gases and steam. Customized versions are available for highly aggressive and contaminated media.
Compact wafer installation, low weight and noise level, fast response, easy mounting, versions with Ex-proof actuators. Valves come with actuators with lower forces at high differential pressure as compared to other solutions.
Body materials: Stainless Steel, Carbon Steel.
Disc materials: Stainless Steel, Carbon Steel.
Sealing materials: PTFE, Stellit, TECA PEEK.
Actuators: handle, electric or pneumatic actuator.
Version: 8.
Control Angle Sanitary Valves

Control Angle Sanitary Valves

Shubert & Salzer (Germany)
DN    15/25/40 mm
PN    1.6 MPa
t°max.    +220°C

Connection type: Welded, TRI-Clamp.
Applications: food industry, chemical industry, pharmaceutical industry and other sectors.
Description:
Intended to control the flows of different media (liquid, gases, steam).
Dead-zone free valves matches all hygiene requirements. Cleaning, disinfection and sterilization without disassembling. Customized polish degrees (Ra<0.25 µm) and Ex-protection options.  
Body material: Stainless Steel.
Sealing material: EPDM, etc.
Actuators: pneumatic actuator.
Versions: 6.
Control Ball Sector Valves

Control Ball Sector Valves

Shubert & Salzer (Germany)
DN    25–300 mm
PN    1.0–4.0 MPa
t°max.    +220 °C

Connection type: Wafer.
Applications: paper industry, food industry, petrochemical industry and other sectors.
Description:
Intended to control and shut off liquid flows, including viscous and highly abrasive liquids, suspensions, gases and steam.
Advantages: high capacity (Kvs of up to 3840 m3/h DN300), easy-to-replace seat seals, easy mounting, versions with Ex-proof actuators.
Body material: Stainless Steel.
Ball sector material: Stainless Steel (polished, chromium plated).
Sealing materials: PTFE, Stellit, TECA PEEK.
Actuators: handle, electric or pneumatic actuator.
Version: 4.

Shut-off Valves

Needle Valves

Needle Valves

ADL (Russia), VYC (Spain)
DN    0.8–50 mm
PN    20.0–42.0 MPa
t°    up to 400°С

Connection type: BSP Female Thread.
Applications: hydraulic and pneumatic systems, heat and steam systems; chemical and food industries and other sectors.
Description:
Needle valve providing shut-off and control options are used to shut off and control water, steam and gas flows (including aggressive fluids).
Needle valves are mounted on pipelines in any position.
Materials: Brass, Carbon Steel, Stainless Steel.
Versions: MV40, VYC147.
Shut-off Valves

Shut-off Valves

Granvent (ADL, Russia)
DN    15–400 mm
PN    1.6–4.0 MPa
t°    up to 400°C

Connection type: Flanged.
Applications: heat and water supply systems, heating and cooling systems, petrochemical industry.
Description:
Saddle valve used as a shut-off element comes with stainless steel internal parts.
Valves may be fitted with gland and bellows seals.
Body materials: Cast Iron, Stainless Steel.
Mounting options: horizontal and vertical pipelines.
Versions: KV16, KV31, KV40, KV45.
Shut-off Valves

Shut-off Valves

Zetkama (Poland)
DN    10–300 mm
PN    1.6–4.0 MPa
t°    up to 400°C

Connection type: Flanged, Thread.
Applications: heat and water supply systems, heating and cooling systems, petrochemical industry.
Description:
Saddle valve used as a shut-off element comes with a steel/cast iron body and stainless steel internal parts.
Valves may be fitted with gland and bellows seals.
Body materials: Cast Iron, Stainless Steel.
Mounting options: horizontal and vertical pipelines.
Versions: 201, 215, 234.

Sight Glasses

Lined Sight Glasses

Lined Sight Glasses

Swissfluid (Switzerland)
DN    15–150 mm
Pop.    0.1 kPa...1.6 MPa
t°op    –40...+200°С

Connection type: Flanged, Welded.
Applications: pharmaceutical industry, food industry, chemical and petrochemical industries and other sectors.
Description:
Intended for monitoring processes occurred in pipelines used to transport chemically active liquids and gases.
SSP version: fully lined version; reliable maintenance-free design; horizontal and vertical mounting options; flanges as per DIN PN 1.0/1.6 MPa and ANSI 150lbs. No additional packing is required. Interface surfaces ensure high connection tightness.
SST version: flanged or welded connection for media with increased thermodynamic parameters. Options: quartz or metal-armored glasses; FEP protection; gas flow indicator.
Body materials: WCB Carbon Steel, Duplex Stainless Steel.
Body lining: PFA (standard option), PFA-AS (antistatic option).
Versions: SSP, SST-FD/SST-BW.
Cylindrical Lined Sight Glasses

Cylindrical Lined Sight Glasses

Swissfluid (Switzerland)
DN    15–150 mm
PN    0.1 kPa...1.6 MPa
t°op    –40…+200°C

Connection type: Flanged.
Applications: pharmaceutical industry, food industry, chemical and petrochemical industries and other sectors.
Description:
Intended for monitoring processes occurred in pipelines used to transport chemically active liquids and gases for visual control of the media.
SSP-T (cylindrical) version: reliable maintenance-free design; horizontal and vertical mounting options; flanges as per DIN PN 1.0/1.6 MPa and ANSI 150lbs. No additional seals are required.
SST-T (cylindrical) version: made of 1.4408 (CF-8M) Stainless Steel.
Versions: SSP-T, SST-T.
Sight Glasses

Sight Glasses

Mankenberg (Germany)
DN    10–250 mm
PN    1.6-4.0 MPa
t°op    –40...+280°C

Connection type: Flanged, Thread, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
Intended for visual monitoring of properties of the fluid in the pipeline during system operation.
Versions: without indicators; with internal/external indicator flag; two-sided/single-sided version; with impeller; with ball-type indicator, etc.
Sight glasses coming with flow meters enable to evaluate the medium flow.
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Body materials: Carbon Steel, Stainless Steel (other options are available upon request).
Sealing materials: Nova Universal, Graphite, EPDM (other options are available upon request).
Customized versions are available upon request.
Version: DA.
Sight Glasses

Sight Glasses

ADL (Russia)
DN    15–200 mm
PN    1.6–4.0 MPa
t°max.    280°C

Connection type: Thread, Flanged.
Applications: pharmaceutical industry, food industry, chemical and petrochemical industries and other sectors.
Description:
Intended for visual monitoring of direction and condition of fluids in the pipelines.
Sight glasses enable to detect any faults of shut-off valves, filters and other equipment, as well as to monitor the status of steam traps.
Suitable for installation on liquid, steam and condensate pipelines.
Body materials: Carbon Steel, Stainless Steel.
Mounting options: horizontal and vertical pipelines.
Versions: CC01, СС02, СС03.

Soft Starters

Medium Voltage Soft Starters

Medium Voltage Soft Starters

Motortronics (USA)
U    3, 6, 10, 15 kV
I    200–1200 A

Applications: startup, stop and protection of standard asynchronous and synchronous motors with the voltage exceeding 1000 V.
Description:
Motortronics MVC3 Plus Soft Starters are intended for smooth starting and stopping, as well as for controlling standard asynchronous and synchronous motors.
This solution is based on high-voltage thyristors with a bypass contactor used for switching the motor to supply mains after the controlled acceleration has been completed.
Soft starters come in two versions: version with/without an integrated vacuum disconnect switch for connecting soft starters directly to the network. Integrated disconnecting and earthing device provides visible disconnection.
The products ensure overall motor protection against: overvoltage, undervoltage, overcurrent, earth faults, etc.
Enclosure class: IP65.
Version: MVC3 Plus.
Soft Starters

Soft Starters

Grancontrol (Italy)
U    220, 380 V
I    6–45 A
P    2.2–22 kW

Applications: startup, control, protection and diagnostics of motor, driven mechanism and technological process.
Description:
Soft Starters (SS) are intended for smooth starting and stopping of single-phase and three-phase motors. Two versions with different number of controlled phases are available.
Single-phase control option (for single-phase motors): decreasing startup voltage without regulating current and torque.
Two-phase control (for three phase motors): adjusting voltage supplied to the motor for two phases only. This option is intended for starting up the motor using the network contactor to completely de-energize the motor after stopping.
Versions: 1P23, 3P40.
Soft Starters

Soft Starters

Emotron (CG D & A, Sweden)
U    380/690 V
I    16–450 A
P    7.5–250 kW

Applications: startup, control, protection and diagnostics of motor, driven mechanism and technological process.
Description:
TSA Soft Starters (S) is a brand new follower of Emotron MSF solution. Torque regulation functionality ensures optimal acceleration and deacceleration curves even under highly inertial loads. Emotron TSA will extend service life of the equipment and reduce operational costs.
Compact-sized TSA based on the cutting-edge hardware platform occupies minimum space in the cubicle. Integrated bypass contactor reduces heat emission and power consumption. Due to printed boards with a special coating, TSA will ensure smooth and trouble-free operation in any aggressive environment.
Emotron TSA Soft Starter with an integrated ModBus RTU RS232 communication interface may come with other extra communication interface.
Versions: TSA.
Soft Starters

Soft Starters

Emotron (CG D & A, Sweden)
U    380/690 V
I    16–1650 A
P    7.5 kW–1.6 MW

Applications: startup, control, protection and diagnostics of motor, driven mechanism and technological process.
Description:
MSF 2.0 Soft Starters (SS) are thyristor devices mainly designed for ensuring smooth motor startup and stop. MSF 2.0 SS provide most convenient and safe modes for starting up and stopping the motor and ensure significant energy saving by regulating voltage in each phase. MSF 2.0 SS offer a complete package of protection, modification, diagnostic and communication functions many of which are cutting-edge options.
MSF 2.0 SS eliminate the need for additional devices (temperature relays, phase control relays, motor circuit breakers) thus lowering the number of system components, reducing the system footprint and making the maintenance easier. The above advantages contribute to lower installation and maintenance costs.
Versions: MSF 2.0.

Solenoid Valves

Solenoid Valves

Solenoid Valves

SMS TORK, ASCO
DN    32–200 mm
    1/8''–3''
PN    0–100 bar

Connection type: Thread, Flanged.
Applications: heating systems, water supply systems, ventilation and air conditioning systems, water treatment systems, climate systems, natural gas applications, dust collector system, vacuum equipment, etc.
Description:
Solenoid valves suit perfectly for systems intended to control any neutral liquids and gases at different temperatures and pressures.
This solution allow to feed liquid, steam or gas in the remote mode as and when required (water supply in irrigation systems, heating process regulation, boiler facilities operation, dosing and mixing systems, water drainage).
Body materials: Brass, Cast Iron, Stainless Steel, Plastic.
Sealing materials: EPDM, NBR, VITON, PTFE.
Actuators: 230 V, 24 V, 115 V AC, etc.; 24 V, 48 V DC, etc.
Versions: SMS TORK S1010, S1020/21 s1030/31,
S2010/11, S6020, etc.
ASCO 238, 210, 272, 220, etc.

Steam Traps

Bimetal Steam Traps

Bimetal Steam Traps

Armstrong (USA)
DN    1/2''–1'', 15–25 mm
PN    12.4 MPa
t°max.    565°С

Connection type: Thread, Flanged, Welded, Multipurpose Connector.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Intended for condensate removal from steam lines, heat exchangers, etc.
Suitable for outdoor installation.
Principle of operation: two-layer bimetal element with different linear expansion coefficients reacts to changes in temperature and pressure of the medium fed into the steam trap body.
Integrated stainless steel strainer is available upon request.
Body materials: Stainless Steel, Carbon Steel.
Internal parts material: Stainless Steel.
Versions: SH, AB.
Bimetal Steam Traps

Bimetal Steam Traps

Steamax (ADL, Russia)
DN    15–25 mm
PN    10 MPa
t°max.    450°С

Connection type: Thread, Flanged, Welded.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Intended for condensate removal from steam lines, heat exchangers and for venting of steam lines. Suitable for outdoor installation.
Principle of operation: two-layer bimetal element with different linear expansion coefficients reacts to changes in temperature and pressure of the medium fed into the steam trap body.
Body materials: Carbon Steel.
Mounting options: horizontal or vertical.
Versions: В31, В32, В33.
High Capacity Applications

High Capacity Applications

Mankenberg (Germany)
DN    15–150 mm
PN    1.6–4.0 MPa
t°max.    200°C

Connection type: Flanged.
Applications: different steam systems with high condensate flows.
Description:
Intended to remove condensate, air and other noncondensable gases without any steam loss. Designed specially for high condensate flows.
Valve is fitted with a metal seal. Steam traps come with different air venting valves.
Pipeline diameter downstream of the steam trap depends on condensate flow and condensate pipeline length.
Body materials: Cast Iron, Stainless Steel.
Mounting options: horizontal pipeline.
Versions: KA1/80/81/83/88.
Float Steam Traps

Float Steam Traps

Armstrong (USA)
DN    1/2''–2'', 15–80 mm
PN    4.0 MPa
t°max.    350°С

Connection type: Thread, Flanged, Welded, Multipurpose Connector.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Intended to remove condensate from heaters, heat exchangers, dryers, boiling vessels and other equipment.
Stable operation under variable flow and pressure; continuous removal of noncondensable gases (air, СО2) using a built-in thermostatic valve; high capacity.
Steam traps of this type are not freeze-resistant (thermal insulation is required for installation in unheated places).
Body materials: Stainless Steel, Carbon Steel, Cast Iron.
Internal parts material: Stainless Steel.
Versions: B and BI, A and AI, AIC, JD and KD, L and M, ICS, LS and MS, FT.
Float Steam Traps

Float Steam Traps

Mankenberg (Germany)
DN    15–25 mm
PN    1.6 MPa
t°max.    190°C

Connection type: Thread, Flanged.
Applications: different steam systems; aggressive media; food industry.
Description:
Intended for automatic removal of condensate, air and other noncondensable gases without any loss.
Stable operation under variable pressure. Quick-release body fastener, built-in venting valve.
Body materials: Stainless Steel.
Sealing materials: depending on the medium.
Mounting options: horizontal pipeline (vertical
pipeline mounting option is available upon request).
Versions: KA2/2X/3.
Float Steam Traps

Float Steam Traps

Steamax (ADL, Russia)
DN    15–50 mm
PN    1.6 MPa
t°max.    220°C

Connection type: Thread, Flanged.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Intended to remove condensate from heaters, heat exchangers, dryers, boiling vessels and other equipment with continuous operation cycle.
The condensate is removed as it is formed at the steam temperature. Stable operation under variable flow and pressure.
High capacity steam traps come with integrated thermostatic venting valves .
A strainer shall be installed upstream of the steam trap. Maintenance without dismounting from the steam line.
Steam traps of this type are not freeze-resistant (thermal insulation is required for outdoor installation).
Body materials: Cast Iron, Carbon Steel.
Mounting options: horizontal pipeline.
Versions: А11/31.
Inverted  Bucket

Inverted Bucket

Armstrong (USA)
DN    1/2''– 21/2'', 15–65 mm
PN    24.0 MPa
t°max.    454°С

Connection type: Thread, Flanged, Welded, Multipurpose Connector.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Effective condensate removal from any steam consuming equipment.
Lever design increases the bucket force for valve opening against backpressure.
Free-flowing solution eliminates any fixed lever bearing points which may cause friction and wear. Contamination insensitive, self-cleaning effect.
Open surge-resistant bucket.
Body materials: Stainless Steel, Carbon Steel, Forged Steel, Cast Iron.
Internal parts material: Stainless Steel.
Versions: 200, 800, 880, 980, EM, 300, 400, 5000, 6000, 1000, 1800, 2000, DC.
Inverted  Bucket

Inverted Bucket

Steamax (ADL, Russia)
DN    15–25 mm
PN    1.6 MPa
t°max.    220°C

Connection type: Thread.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Cyclic operation (condensate removal as soon as the condensate is formed). Stable operation under minor pressure fluctuations. Hydraulic lock shall be filled to ensure functioning of the steam trap. Systems with sharp pressure drops causing condensate boiling and loss of hydraulic lock are not suitable for operation of the steam traps. Steam traps come with an integrated strainer. Maintenance without dismounting from the steam line. Steam traps of this type are not freeze-resistant (thermal insulation is required for outdoor installation).
Body materials: Cast Iron.
Mounting options: horizontal.
Versions: AC11.
Thermostatic Steam Traps

Thermostatic Steam Traps

Armstrong (USA)
DN    1/4''–1'', 15–25 mm
PN    4.0 MPa
t°max.    350°С

Connection type: Thread, Flanged, Welded, Multipurpose Connector.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Designed for systems with low condensate flow (steam tracers, boiling vessels, sterilizers).
Extended service life as compared to other steam traps with excess capacity.
Automatic capacity tuning including shock starting loads at any pressure within the allowable range.
Steam traps may be used as venting valves in steam systems. Some versions come with a built-in filter.
Body materials: Stainless Steel, Carbon Steel, Bronze.
Internal parts material: Stainless Steel.
Versions: WT, WMT, TC-300, TS, TT, TC-C, TC-S, TC-R.
Thermodynamic Steam Traps

Thermodynamic Steam Traps

Armstrong (USA)
DN    1/2''–1'', 15–25 mm
PN    6.3 MPa
t°max.    400°С

Connection type: Thread, Flanged, Welded, Multipurpose Connector.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Designed mainly for removing condensate from high and medium pressure steam lines without condensate return system.
Surge resistant.
Special solution with three discharge channels for stable disc operation and extended accident-free service life of the steam trap.
Body and internal parts materials: Stainless Steel.
Versions: CD-3300, CD-33, CD-33S, CD-72S, CD-40, CD-60.
Thermodynamic Steam Traps

Thermodynamic Steam Traps

Steamax (ADL, Russia)
DN    1/2''–1'', 15–25 mm
PN    6.3 MPa
t°max.    400°С

Connection type: Thread, Flanged, Welded.
Applications: food industry, oil refining, petrochemical and chemical industries, pulp and paper industry and other sectors.
Description:
Intended for draining steam lines and removing condensate from tanks and vessels, systems of different plate presses, rubber curing systems, pressure relief equipment, etc.
Suitable for outdoor installation.
Body/cover/disc materials: Stainless Steel.
Mounting options: horizontal position.
Versions: TM41, TM43.

Steel Ball Valves

Ball Valves Vandalproof Version

Ball Valves Vandalproof Version

Beeval (ADL, Russia)
DN    15–150 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded, Flanged/Flanged, Thread/Thread, Flanged/Welded, Thread/Welded.
Applications: gas distribution systems with limited access.
Description:
Ball valve is used as a pipe shut-off valve.
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: NBR, Viton, PTFE + Carbon (20%).
Actuators: special wrench.
Climatic category (BVG): –40...+80°C.
Version: 82.
Stem Extension, Extra Reinforced Insulation, PE fittings

Stem Extension, Extra Reinforced Insulation, PE fittings

Beeval (ADL, Russia)
DN    32–700 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded.
Applications: gas distribution systems.
Description:
Ball valve is used for underground installation in gas distribution systems and natural gas trunk lines operated under a maximum pressure of 1.2 MPa (SDR9) or 1.0 MPa (SDR11).
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: NBR, Viton, PTFE + Carbon (20%).
Actuators: T-handle, gearbox, electric and pneumatic servo actuators.
Climatic category (BVG): –15...+80°C.
Versions: 41, 42, 44, 45, 51, 52, 54, 55.
Ball Valves with Stem Extension,  Extra Reinforced Insulation

Ball Valves with Stem Extension, Extra Reinforced Insulation

Beeval (ADL, Russia)
DN    32–700 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded.
Applications: gas distribution systems.
Description:
Ball valve is used as a pipe shut-off valve for underground installation in gas distribution systems and natural gas trunk lines operated under a maximum pressure of 1.2 MPa.
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: Viton, PTFE + Carbon (20%), NBR.
Actuators: T-handle, gearbox, electric and pneumatic servo actuators.
Climatic category (BVG): –40...+80°C.
Versions: 31, 32, 34, 35.
Renovation Ball Valves

Renovation Ball Valves

Beeval (ADL, Russia)
DN    50–150 mm
PN    1.6/2.5 MPa

Connection type: Flanged/Flanged.
Applications: heating and cooling systems, industrial applications.
Description:
Ball valve with reduced face-to-face length is used as a pipe shut-off valve.
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: EPDM, Viton, PTFE + Carbon (20%).
Actuators: handle, gearbox, electric and pneumatic servo actuators.
Climatic category (BVH): –40...+200°C.
Versions: 72.
Control Ball Valves

Control Ball Valves

Beeval (ADL, Russia)
DN    50–150 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded, Flanged/Flanged.
Applications: heat and cold supply systems, air supply units and fan coil units; heating systems, waste heat recovery systems for technological processes and process units, heat points and boiler houses.
Description:
Control ball valves (BVС) integrating functions of balancing valves and shut-off ball valves
are used as pipe shut-off and control valves.
Leakage class A + balancing option.
Body material: Carbon Steel.
Ball material: Stainless Steel.
Sealing materials: ЕРDM, Viton, PTFE + Carbon (20%).
Actuators: handle.
Climatic category:
Heating systems (BVC): –40...+200°C.
Versions: 11, 12.
Service Ball Valves

Service Ball Valves

Beeval (ADL, Russia)
DN    15–50 mm
PN    4.0 MPa

Connection type: Thread/Welded.
Applications: heating and cooling (for venting closed loop engineering systems). Mushroom-shaped plug protects your face and hands from hot steam and water.
Description:
Ball valve is used as a pipe shut-off valve.
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: EPDM, Viton, PTFE + Carbon (20%).
Actuators: handle.
Climatic category (BVH): –40...+200°C.
Versions: 01, 02.
Ball Valves with Stem Extension  for PUF Insulation

Ball Valves with Stem Extension for PUF Insulation

Beeval (ADL, Russia)
DN    15–1200 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded.
Applications: heating systems (channel-free laying of PUF-insulated pipes), industrial applications. Split body design allows easy access to the valve stem for changing its height without replacing or removing the valve from the system.
Description:
Ball valve is used as a pipe shut-off valve.
Leakage class A.
Design: reduced and full bore pattern.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: EPDM, Viton, PTFE + Carbon (20%).
Actuators: T-handle, gearbox, electric and pneumatic servo actuators.
Climatic category:
Heating systems (BVH): –40...+200°C.
Cold-resistant version:
Heating systems (BVHC): –60...+200°C.
Versions: 21, 22, 24, 25.
Ball Valves Full Bore Pattern

Ball Valves Full Bore Pattern

Beeval (ADL, Russia)
DN    15–1200 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded, Flanged/Flanged, Thread/Thread, Flanged/Welded, Thread/Welded.
Applications: heating systems, air conditioning systems, gas distribution and mineral oil systems. Piping system monitoring due to full bore design.
Description:
Ball valve is used as a pipe shut-off valve.
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: EPDM, Viton, PTFE + Carbon (20%), Nitrile NBR.
Actuators: handle, gearbox, electric and pneumatic servo actuators.
Climatic category:
Heating systems (BVH): –40...+200°C;
Gas systems (BVG): –40...+80°C;
Oils (BVM1): 0...+150°C;
Oils (BVM2): –20...+80°C.
Cold-resistant version:
Heating systems (BVHC): –60...+200°C;
Gas systems (BVGC): –60...+80°C.
Versions: 14, 15, 24, 25, 34, 35, 44, 45, 54, 55.
Ball Valves Reduced Bore Pattern

Ball Valves Reduced Bore Pattern

Beeval (ADL, Russia)
DN    15–1200 mm
PN    1.6/2.5/4.0 MPa

Connection type: Welded/Welded, Flanged/Flanged, Thread/Thread, Flanged/Welded, Thread/Welded.
Applications: heating systems, air conditioning systems, gas distribution and mineral oil systems.
Description:
Ball valve is used as a pipe shut-off valve.
Leakage class A.
Body material: Carbon Steel.
Ball plug material: Stainless Steel.
Sealing materials: EPDM, Viton, PTFE + Carbon (20%), Nitrile NBR.
Actuators: handle, gearbox, electric and pneumatic servo actuators.
Climatic category:
Heating systems (BVH): –40...+200°C;
Gas systems (BVG): –40...+80°C;
Oils (BVM1): 0...+150°C;
Oils (BVM2): –20...+80°C.
Cold-resistant version:
Heating systems (BVHC): –60...+200°C;
Gas systems (BVGC): –60...+80°C.
Versions: 11, 12, 21, 22, 32, 42, 52.

Strainers

Strainers

Strainers

Standard Hidraulica (Spain)
DN    15–50 mm
PN    1.6 MPa
t°    –10…+110°С

Connection type: Coupling.
Applications: heat and water supply systems.
Description:
Hot and cold water filtering solution.
Protection of units connected in series against contamination, filtration and trapping of dirt solid particles.
Body material: Brass.
Sealing material: NBR.
Screen material: Stainless Steel. Mounting options: horizontal position with the cover pointing downwards; vertical position is for top-down flow only.
Versions: Type 20.
Strainers

Strainers

IS (ADL, Russia)
DN    15–500 mm
PN    1.6/4.0 MPa
t°    –60…+400°С

Connection type: Thread, Flanged.
Applications: heat and water supply systems, heating and cooling systems, petrochemical industry.
Description:
Strainers may come with a magnetic insert.
ADL offers filtering solutions with customized mesh size.
Surface coating: electrostatic powder epoxy coating (applied by preheating and retaining until polymerization is complete) contributes to extended service life and high corrosion resistance.
Drain valve is available upon request.
Body material: GG25 Cast Iron, GS-C25 Carbon Steel, Stainless Steel.
Screen material: AISI 304 Stainless Steel.
Versions: IS15, IS16, IS30, IS31, IS40.
Strainers

Strainers

Mankenberg (Germany)
DN    15–1000 mm
PN    0.6–50 MPa
t°op    –40…+550°С

Connection type: Thread, Flanged, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
SF Strainers is intended to minimize filter pressure drop and to handle media with high solids concentration. FI Strainers are used for finer filtration. Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Body materials: Cast Iron, Carbon Steel, Stainless Steel (other options are available upon request).
Sealing materials: metal/metal, EPDM, Nova Universal (other options are available upon request).
Filter element materials: Stainless steel, Polyester.
Mesh size: 0.005–2.5 mm (other sizes are available upon request).
Customized versions are available upon request.
Versions: SF, FI.

Submersible, Borehole and Semi-Submersible Pumps

Submersible and Semi-Submersible Pumps

Submersible and Semi-Submersible Pumps

Caprari (Italy)
Q    up to 1320 m3/h
H    up to 650 m

Applications: flooding and irrigation, water supplies, fire fighting.
Description:
Borehole pumps, vertical semi-submersible pumps with a linear column for delivering clear and chemically non-aggressive water from pits and underground vessels.
Body materials: Cast Iron, Stainless Steel.
Impeller materials: Cast Iron, Stainless Steel, Thermoplastic Rubber.
Check valve materials: Cast Iron, Stainless Steel.
Pumps come with IP68 motors (2900 rpm versions). Motors feature a diaphragm for protection against pressure drop.
Versions with cooling jackets for mounting in large vessels and boosters for surface installation are available upon request. Vertical semi-submersible pumps with a P-type linear column are actuated by motors mounted on the pump, internal combustion engines and tractor cardan shaft. Submersible part length (standard version): 120 m.
Versions: E, P.
Submersible Pumps Clear and Low-Contaminated Water

Submersible Pumps Clear and Low-Contaminated Water

Ebara (Japan/Italy)
Q    up to 66 m3/h
H    up to 84 m

Applications: basement drainage, garden irrigation, pumping of clear and low-contaminated water from pits and tanks, basements and basins.
Description:
Vertical shaft centrifugal pumps.
Temperature and pressure ranges: up to +50°С, maximum submersion depth of 20 m.
Maximum size of pumped solid particles: 20 mm.
Body materials: Stainless Steel.
Impeller materials: Stainless Steel, Plastic, wear resistant composite material, Technopolymer.
Sealing: double end seal.
Pumps come with IP68 three-phase and single-phase motors.
Double end seal contributes to extended service life and operational safety of the products. Pumps are fitted with a float switch for automatic operation. Optima and Best One versions may be fitted with a special device for draining liquid down to a level of 3 mm above the floor.
Versions: Multigo, Idrogo, Optima, Best (Vox).
Submersible Pumps Sewage and Sanitary Water

Submersible Pumps Sewage and Sanitary Water

Ebara (Japan/Italy)
Q    up to 55 m3/h
H    up to 22 m

Applications: removal of wastewater, water from basements, drain pits, trenches and basins; removal of domestic wastewater.
Description:
Vertical shaft centrifugal pumps.
Temperature and pressure ranges: up to +50°С, maximum submersion depth of 10 m.
Maximum size of pumped particles: 50 mm.
Body materials: Stainless Steel.
Impeller materials: Stainless Steel.
Sealing: double end seal.
Pumps come with IP68 three-phase and single-phase motors.
Double end seal contributes to extended service life and operational safety of the products.
Single-phase pumps are fitted with a float switch for automatic operation.
Versions: Right, DW (VOX).
Submersible Surface Pumps

Submersible Surface Pumps

Caprari (Italy)
Q    up to 1000 m3/h
H    up to 65 m

Applications: sanitary sewage water treatment, denitrification, nitrification, sludge recycling, filter flushing.
Description:
Pumps are designed for horizontal and vertical installation in dry chambers.
Body materials: Cast Iron.
Impeller materials: Cast Iron.
Sealing materials: Ceramic / Silicone Carbide.
Pumps come with IP55 motors (2900, 1450 and 950 rpm versions).
This innovative pumping solution offers compact size and low vibration of monoblock pumps, as well as flexibility and reliable design of end-suction coupled pumps. Pumps come with single-channel, double-channel or open vortex impellers.
Versions: K-Kompact.
Submersible Sanitary Pumps

Submersible Sanitary Pumps

Caprari (Italy)
Q    up to 2000 m3/h
H    up to 65 m

Applications: pumping effluents containing gases, solid particles and long fibres.
Description:
Vertical shaft centrifugal pumps.
Body materials: Cast Iron.
Impeller materials: Cast Iron, Stainless Steel.
Sealing materials: Ceramic / Silicone Carbide.
Pumps coming with IP68 motors (2900, 1450 and 950 rpm versions)
are designed for pumping liquid while operating submerged.
This compact-size solution with the hydraulic end directly connected to the motor ensures
easy installation and reliable operation of the products designed both for stand alone operation and mounting on mobile units.
Pumps come with single-channel, double-channel or open vortex impellers. Versions with cooling jackets for surface installation are available upon request.
Versions: KC+, KCT+.
Submersible Drain Pumps

Submersible Drain Pumps

Caprari (Italy)
Q    up to 2000 m3/h
H    up to 40 m

Applications: drainage, garden irrigation, clear and low-contaminated liquid pumping. Pumps with cutters are suitable for pumping household effluents.
Description:
Vertical shaft centrifugal pumps.
Body materials: Cast Iron.
Impeller materials: Cast Iron, Stainless Steel, Thermoplastic Polymer.
Sealing materials: Steatite/Graphite or Silicone Carbide/ Silicone Carbide.
Pumps coming with IP68 motors (2900 and 1450 rpm versions)
are designed for pumping liquid while operating submerged. This compact-size solution with the hydraulic end directly connected to the motor ensures easy installation and reliable operation of the products designed both for stand alone operation and mounting on mobile units. Pumps feature single-channel open recessed impellers or open impellers with a cutter.
Versions: D, M.

Temperature Instruments

Temperature Instruments

Temperature Instruments

WIKA (Germany)
PN    0–150 bar
t°    –200…+1600°С

Connection type: Thread.
Applications: chemical, oil and gas industries, food industry; ship building and engineering industries, machine-tool building and auto industries; pump and compressor units, hydraulic and pneumatic systems; cooling systems, ventilation and air conditioning systems, heating systems; pharmaceutical industry.
Description:
Wika product line accommodates resistance thermometers, thermocouples, industrial manometric thermometers, bimetal thermometers, liquid thermometers and thermowells.
The equipment comes with certificates and technical documentation containing detailed characteristics and installation guidelines. Ex-proof versions are available upon request.
Versions: Thermometers: WIKA 50, 52, 53, 54, 55, 73;
Temperature Sensors, Thermocouples: WIKA TR/TC 10, 20, 30, 40, 50, etc.

Valves with Pneumatic Actuators

Valves with Pneumatic Actuators

Valves with Pneumatic Actuators

SMS TORK, ASCO
DN    15–100 mm
PN    0–40 bar
t°    –10...+ 250°С

Connection type: Thread, Flanged, Welded, Clamp.
Applications: machine-tool building industry, oil and gas industries, chemical industry, food industry; hydraulic and pneumatic systems; cooling systems.
Description:
Valves with pneumatic actuators are suitable for applications where the use of solenoid or electrical actuators is impossible, including Ex-zones or high ambient temperature environments.
This solution is also used to handle aggressive media and fluids containing impurities, solids and foreign materials which may cause failure of the solenoid actuators, or media with high temperature and viscosity.
Versions: ASCO 290, 390, 298, 398, 165.
SMS TORK PP1020/21. PP1070/71. PP1040/41. PP1060/61. PP1090/91.

Venting Valves

Venting Valves Brass

Venting Valves Brass

Flamco (the Netherlands)
DN    4–20 mm
PN    1.0 MPa
t°    –10…+120°С

Connection type: Thread.
Applications: heating and cooling systems.
Description:
Venting valves are installed in places where air accumulation may occur. Floating principle: penetrating air decreases the liquid level and opens the venting valve by moving down the float; when that air has been removed, the water level inside the valve increases, the float goes up and closes the valve. Most of versions come with cut-off valves for trouble-free mounting and dismounting. Due to its compact size, the valve can be easily integrated into any system. Venting valves come with a relatively large top air cushion which prevents dirt penetration into the valve seat and any leaks.
Material: Brass.
Medium:  water and ethylene glycol (up to 50%) water mixtures.
Versions: Flexvent, Flexvent H, Flexvent Super.
Venting Valves

Venting Valves

Mankenberg (Germany)
DN    15–300 mm
PN    0.6–6.3 MPa
t°op    –40...+200°C

Connection type: Flanged, Thread, Welded.
Applications: heat and water supply systems; food and pharmaceutical industries, gas and oil industry, chemical industry and other sectors.
Description:
Intended to remove gases from liquid systems during filling and operation of the system, as well as to fill the system with air during drainage. Types: start-up, continuous and composite types.
Deep drawing High Grade stainless steel contributes to higher performance indicators, including durability, corrosion resistance, service life, etc.
Special solutions for contaminated and foaming applications.
Body materials: Carbon Steel, Stainless Steel, Cast Iron (other options are available upon request).
Sealing materials: metal/metal, EPDM, FPM (other options are available upon request).
Customized versions are available upon request.
Version: ЕВ.
Venting and Vacuum Relief Valves

Venting and Vacuum Relief Valves

Granreg (ADL, Russia)
DN    50–300 mm
PN    1.6–4.0 MPa
t°    up to 65°C

Connection type: Flanged, Thread.
Applications: water supply systems, sewage systems, liquid systems in multiple industries.
Description:
Intended for quick air intake to prevent vacuum condition, cavitation damage and pipeline breakage, as well as for air bleeding during start up and operation of pressurized systems.
Types: kinetic and composite types.
Body materials: Cast Iron, Carbon Steel, Stainless Steel.
Sealing materials: EPDM.
Versions: КАТ50, КАТ51, КАТ52, КАТ53, КАТ55.

Vertical Pumps

Vertical Pumps

Vertical Pumps

DP-Pumps (the Netherlands)
Q    up to 110 m3/h
H    up to 250 m

Connection type: Flanged.
Applications: DPV: water treatment and supply systems, irrigation ,conditioning and fire fighting systems.
DPVS: food processors, chemical companies, processing enterprises, sea water transportation.
Description:
Vertical multistage pumps for clear water-based liquids
come with ceramic wear resistant bearings,
Shaft seal: mechanical type.
Body sealing: O-rings.
In-line connection options: Oval Flanges (DPV) and DIN Flanges (DPVF).
Hydraulic component material: AISI 304 (316) Stainless Steel.
Base plate and motor bearing material: Cast Iron.
Pumps match applicable safety requirements.
Versions: DPV(F), DPVS(F).
Vertical Pumps with Check Valves

Vertical Pumps with Check Valves

DP-Pumps (the Netherlands)
PN    up to 10 bar
H    up to 60 m
t°op    up to 60°С

Connection type: Thread (1½'').
Applications: water supply, conditioning and fire fighting systems; pumping station.
Description:
Vertical multistage pumps for clear water-based liquids come with integrated check valves
made of materials matching all requirements to drinking water equipment
and solid pump shaft (without coupling).
Motor extension shaft ensures optimal regulation for longer service life of bearings.
Versions: DPVE.
Vertical High Pressure Pumps

Vertical High Pressure Pumps

DP-Pumps (the Netherlands)
Q    up to 8.5 m3/h
H    up to 400 m
t°op    up to 90°С

Connection type: Flanged.
Applications: water supply systems of high-rise buildings; chemical and food industries and other sectors.
Description:
Vertical multistage pumps for clear water-based liquids
come with ceramic wear resistant bearings,
Shaft seal: mechanical type.
body O-rings and DIN flanges for in-line connection.
Pumps match applicable safety requirements.
All hydraulic components and pump base plate come in
AISI 316 Stainless Steel and Cast Stainless Steel, respectively.
Versions: DPLHS.
Vertical Pumps with Cast Iron  Pump Foot and Top Bracket

Vertical Pumps with Cast Iron Pump Foot and Top Bracket

DP-Pumps (the Netherlands)
Q    up to 110 m3/h
H    up to 250 m
t°op    up to 100°С

Connection type: Flanged.
Applications: water treatment and supply systems; boiler feeding.
Description:
Vertical multistage pumps for clear water-based liquids
come with ceramic wear resistant bearings,
mechanical shaft seal,
body O-rings and DIN flanges for in-line connection.
Pumps match applicable safety requirements.
All hydraulic components and pump foot are made of AISI 304 (316) Stainless Steel and Cast Iron, respectively.
Motor stool and bracket come in Cast Iron.
Versions: DPVCF.

Wedge Gate Valves

Wedge Gate Valves Fire Fighting Applications

Wedge Gate Valves Fire Fighting Applications

Granar (ADL, Russia)
DN    50–500 mm
PN    1.0/1.6/2.5 MPa
t°    –20...+120°C

Connection type: Flanged.
Applications: water and neutral fluid pipelines in fire fighting systems.
Description:
Leakage class A.
Valves feature a visual indicator providing a visual indication of closed/open status. Valves may come with two limit switches for closed/open status indication. Minimum face-to-face length contributes to high operational performance of the product. Valves may come with telescopic or standard stem extensions. Self-sealing packing ensures high tightness of the stem and prevents penetration of suspended solids which are present in the fluid into the bearing assembly.
Body material: Ductile cast iron .
Wedge material: GGG40/EPDM.
Actuators: handwheel, electric actuator.
Certification:
KR14/15 — conforms to Fire Safety Regulations.
KR 16/17— FM Certificate.
Version: KR14, KR15, KR16, KR17.
Wedge Gate Valves Stainless Steel

Wedge Gate Valves Stainless Steel

Granar (ADL, Russia)
DN    15–50 mm
PN    1.6 MPa
t°    up to 220°C

Connection type: Thread.
Applications: chemical and petrochemical industry, oil and gas sector, food industry, pulp and paper industry, mining, steam and condensate systems; water supply systems.
Description:
Leakage class A.
Wedge Gate Valves are used as steam, liquid and air shut-off valves.
Due to high corrosion resistance of the stainless steel body and parts exposed to the operating fluid, the valves are suitable for operation with slightly aggressive and aggressive media.
Gate valve shuts off the fluid flow without moving against the fluid pressure, and thus the valve has a low closing torque.
Sealing: metal/metal.
Reduced face-to-face length.
Version: KR30.
Wedge Gate Valves

Wedge Gate Valves

Granar (ADL, Russia)
DN    40–800 mm
PN    1.0/1.6 MPa
t°op    –20…+85°C

Connection type: Flanged.
Applications: water supply systems, water discharge systems, sewage systems.
Description:
Leakage class A.
Valves may come with telescopic or standard stem extensions.
Self-sealing packing ensures high tightness of the stem and prevents penetration of suspended solids which are present in the fluid into the bearing assembly.
Body material: Ductile cast iron .
Wedge material: GGG40/EPDM.
Actuators: handwheel, gearbox, electric actuator.
Version: KR11, KR12.

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