Products and Equipment from Singer Valve Inc. on Environmental Expert

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Singer Valve Inc.

12850 - 87th Ave.
Surrey , BC V3W 3H9 Canada

PRODUCTS

Product / Service Lines:

71 Products found

Main Valves

Model 106-PG / S106-PG - Full Port, Single Chamber, Hydraulically Operated Valve

The 106-PG series control valve is designed to suit a large variety of applications such as pressure, flow or level control. This hydraulically operated valve introduces or releases water from the control chamber above the diaphragm to effectively maintain accurate water control. Refer to Main Valve Options on page 74 and Pilots & Accessories on page 249 to further customize the valve to suit specific applications.

Model 206-PG / S206-PG - Reduced-Port, Single Chamber, Hydraulically Operated Valve

The 206-PG series control valve is the preferred choice for pressure reducing valves, flow control valves, relief valves and applications with lower to medium flows. This hydraulically operated valve introduces or releases water from the control chamber above the diaphragm to effectively maintain water control.

Model 106-PT / 106-PTC / S106-PT / S106-PTC - Full Port, Double Chamber Hydraulically Operated Valve

The 106-PT and 106-PTC series control valves are hydraulically operated by introducing or releasing water from the control chambers. PT and PTC valves have two operating chambers that are divided from each other by the diaphragm, and are separated from the flowing media by an adaptor plate.

Model 206-PT / 206-PTC / S206-PT / S206-PTC - Reduced Port, Double Chamber Hydraulically Operated Valve

The 206-PT and 206-PTC series control valves are hydraulically operated by introducing or releasing water from the control chambers. PT and PTC valves have two operating chambers which are divided from each other by the diaphragm, and are separated from the flowing media by an adaptor plate.

Model 106-PGM / S106-PGM - Full Port, Integral Back-Up, Dual Diaphragm, Automatic Control Valve

The 106-PGM and S106-PGM series control valves are designed for particularly sensitive applications or situations where valves are difficult to access and maintain. The PGM series control valves provide integral back-up control and the ability to signal should the desired function move off limits. It can also provide an independent and very positive override.

Model 206-PGM / S206-PGM - Reduced Port, Integral Back-Up, Dual Diaphragm, Automatic Control Valve

The 206-PGM and S206-PGM control valves are designed for particularly sensitive applications or situations where valves are difficult to access and maintain. The PGM series control valves provide integral back-up control and the ability to signal should the desired function move off limits. It can also provide an independent and very positive override.

Main Valve Options

Singer Main Valves are available in three main models: PG, PT/PTC, and PGM. Each offers distinct operating efficiencies for varying applications. Each is available in the 106 Series Full Port, or 206 Series Reduced Port. Most sizes are also available in Angle Pattern. (The model 206 Series is similar to the 106 Series except that the seat sizes are typically one standard pipe size smaller than the flange sizes (consult factory on larger sizes).

Model 106-GE / 206-GE - Grooved Ends

For use with grooved Iron Pipe Size (IPS) Pipe Coupling Products, grooved ends allows you to benefit from the simplicity and convenience of grooved end piping and fittings in an automatic control valve. There are a wide range of applications where grooved ends are relevant, but typical applications include municipal water, waste water, fire protection and plumbing.

Model 106-IDC / 206-IDC - Internal Drop Check (IDC)

The Internal Drop Check (IDC) ensures quick positive shut-off whenever normal forward flow stops, this action will prevent reverse flow while reducing surge events. The IDC assembly is a spring assisted, silent, mechanical check option for standard Singer main valves and comes in sizes ranging from 2 in / 50 mm – 36 in / 900 mm. The IDC is a standard feature on the 106-PTC and 206-PTC series control valves and is available as on optional add-on...

Model 106-IDC / 206-IDC / 106-NYM / 206-NYM - Internal Drop Check No Yellow Metal

Yellow metal components such as Brass, Bronze and Copper may not be acceptable materials in harsh water conditions or in specific specifications for a variety of reasons. All or any portion of yellow metals in the internals of main valves may be upgraded to stainless steel. All or any portion of yellow metals on pilots or pilot tubing and fittings may also be upgraded to stainless steel.

Models 106-RW / 206-RW - Reclaimed Water Valve

The 106-RW and 206-RW series control valves offer superior corrosion resistance performance in grey or reclaimed water applications and can be used in all standard and special applications. It’s constructed from materials which are selected specifically to address corrosion concerns from chlorine, chloramine, and other corrosive elements typically found in grey or reclaimed water.

Models X107 - Position Indicator

The X107 position indicator stem is designed to provide direct indication of the diaphragm / inner valve position. The indicator stem moves up and down within its protective hexagonal brass housing. Within the housing is clear Pyrex sight glass, which allows viewing from both sides. Singer main control valves are designed with a separate stem cap that makes installation of the X107 safe and simple to do in the field.

Model X156 - Linear Inductive Valve Position Transmitter

The X156 Linear Inductive Valve Position Transmitter electronically indicates the position of the valve and is ideal for applications where precision and accuracy is required. It is mounted directly to the main valve stem and uses an external source of 24VDC power, a 4 to 20mA signal proportional to valve stroke is generated and transmitted. The zero and span are fully adjustable over the complete range of stroke.

Model OX - Linear Inductive Valve Position Transmitter Oxy-Nitride Stem

The Oxy-Nitride stem is ideally suited to reclaimed water applications and a wide range of other applications where mineral-build up is a concern. When minerals build-up on stems, it can cause potential maintenance problems and operational malfunctions. The Oxy-Nitride treated stainless steel stem is the perfect solution. Its specialized proprietary aerated salt bath treatment will reduce or prevent mineral build-up allowing the stem to stroke freely...

Model X129 - Limit Switch Indicator

The X129 limit switch is actuated by the opening and closing of a main valve. The assembly is fully adjustable over the entire valve stroke. Layout variations allow up to four separate switches to be mounted and actuated off the same stem.

Model 106-AC - Anti-Cavitation Control Valve

The 106-AC series control valve is designed to solve high pressure drop problems by allowing smooth control and protection from cavitation damage. It’s ideal for applications where large pressure differentials preclude the use of standard automatic control valves and varying flows make orifice plates ineffective.

Pressure Reducing Valves

The primary function of the pressure reducing valve is to maintain a constant downstream pressure.

Models 106-PR-SM / 206-PR-SM - Pressure Reducing Control Valve With Integral Back-Up

The 106-PR-SM and 206-PR-SM series control valves are engineered to be used anywhere pressure reducing valve failure is unacceptable. These valves have a second and independent operating system superimposed upon the standard primary system. With the assurance of a back-up system, maintenance schedules may be extended as pressures will continue to be controlled even in the event of failure with the primary system.

Models 106-PFC / 206-PFC - Pressure Flow Control (Modulation) Valve

The 106-PFC / 206 PFC Pressure Modulation Valve is a pressure reducing valve with a special (Patented) pilot that increases downstream pressure as flow increases. The PFC valve alters and controls pressure with flow to create virtually constant pressure at the critical pressure point in a system. It will also automatically adjust for distribution friction losses. The PFC valve will deliver consistent performance as it has no electrical components and...

Model 106 / 206-PR Pressure Reducing Valve

The valve shall maintain a constant downstream pressure with extreme accuracy, regardless of fluctuations in the upstream pressure or flow.

Model 106 / 206-PR-48 Pressure Reducing Valve with Low Flow By-Pass

The valve shall maintain a constant downstream pressure with extreme accuracy, regardless of fluctuations in the upstream pressure or flow. A direct acting, by-pass pressure reducing valve shall be integral to the pilot system and shall overlap the minimum flow capacity of the main valve to ensure stable operation down to 1 gpm.

Model 106 / 206-PR-C Pressure Reducing and Check Valve

The valve shall maintain a constant downstream pressure with extreme accuracy, regardless of fluctuations in the upstream pressure or flow. The valve shall close drip tight to stop reverse flow if the downstream pressure exceeds the upstream pressure.

Model 106 / 206-PR-R Pressure Reducing and Pressure Sustaining Valve

The valve shall maintain a constant (adjustable) downstream pressure with extreme accuracy, regardless of fluctuations in the upstream pressure or flow.

106 / 206-PR-S Pressure Reducing Valve with Downstream Surge Protection

The PR pilot valve senses the downstream pressure through a connection at the valve outlet. Under flowing conditions, the pilot reacts to small changes in pressure to control the valve position by modulating the pressure above the diaphragm. The downstream pressure is maintained constant at the pilot set point (adjustable). The surge pilot senses the downstream pressure. If the pressure rises above the PR pilot setting and reaches the surge pilot...

Model 106 / 206-PR-SC Pressure Reducing Valve with Solenoid Shutoff

The valve shall maintain a constant downstream pressure with extreme accuracy, regardless of fluctuations in the upstream pressure or flow. The valve shall close drip tight when the solenoid pilot valve is de-energized-NORMALLY CLOSED (energized – NORMALLY OPEN).

Relief /Sustaining/Surge

The primary function of the pressure relief valve is to relieve pressure and the primary function of the pressure sustaining valve is to sustain pressure, depending on its application. The pressure relief valve or pressure sustaining valve can be combined with many additional functions and accessories.

Models 106-RPS / 206-RPS - Pressure Relief Valve

The 106-RPS and 206-RPS pressure relief valves are based on the 106-PG and 206-PG main valves. The 81-RP pilot senses the upstream pressure through a connection to the valve inlet. The valve and pilot remain closed until the inlet pressure exceeds the pilot setting. The valve opens rapidly to relieve damaging overpressure and closes smoothly at an adjustable speed, when the pressure returns below the set-point. The upstream pressure is limited to the...

Models 106-RPS / 206-RPS - Pressure Sustaining Valves

Under flowing conditions, the pilot reacts to small changes in pressure to control the valve position by modulating the pressure above the diaphragm. Should the upstream pressure fall below the set-point, the valve will close or modulate to ensure that the set-point is maintained.

Models 106-RPS-D / 206-RPS-D - Pressure Differential Sustaining Valve

The 106-RPS-D and 206-RPS-D pressure differential sustaining valves are based on the 106-PG or 06-PG main valve. The RPS-D uses the 81-RPD pilot valve and has two sensing connections. The valve and pilot remain closed until the difference between the two pressures exceeds the pilot setting. Under flowing conditions, the pilot reacts to small changes in pressure to control the valve position by modulating the pressure above the diaphragm. The pilot...

Models 106-RPS-L&H / 206-RPS-L&H - Surge Anticipating Relief Valve

The 106-RPS-L&H and 206-RPS-L&H anticipating surge relief valves are based on the 106-PG or 206-PG main valve. The valve is mounted in a tee, downstream of the pump check valve(s). It is designed to anticipate surges to avoid the severe water hammer often associated with power failure surges.

Models 106-RPS-RR / 206-RPS-RR - Surge Anticipating on Rate of Rise of Pressure Relief Valve

The 106-RPS-RR and 206-RPS-RR surge anticipating relief on rate of rise valves are based on the 106-PG or 206-PG main valve. The valve is installed downstream of the pump check valve(s) and has two pilots, the 81-RP and the 81-RPD. Both pilots sense pressure through a connection to the header pipe. The 81-RP high pressure pilot acts as a standard relief pilot, opening on excessive pressure. The 81-RPD differential pilot responds to the pressure...

Dynamic Lifter - Model A106-DL - Spring Pressure Relief Valve

The A106-Dynamic Lifter (DL) sewage pressure relief valve is a direct acting spring loaded relief valve. The valve is adjusted to open when the pressure exceeds the set-point, which is approximately 10% above the normal operating pressure. The valve closes drip-tight when pressure falls below the set-point. The DL is connected on a tee off the main line and usually discharges relief flow back to the main sump to reduce the surge over-pressure. A speed...

Dynamic Lifter - Models A106-DL-Air / A106-DL-ET - Air Operated Pressure Relief Valve

The Model A106-DL-Air is a compact sewage relief valve that is suitable for high pressures up to 200 psi / 13.8 bar, responds very quickly and retains all the features and benefits of the Model A106-DL Spring–Hydraulic version. It is an attractive solution to what may be otherwise a difficult application due to higher pressures or space height limitations. The Model A106-DL-Air-ET retains all the features and benefits of the Model A106-DL-Air...

Pump Control Valves

Pump control valves are designed to prevent surges associated with the starting and stopping of pumps. Pump control valves are available in double chamber design for both in-line and by-pass applications. As an economical alternative, single chamber pump control valves are also available.

Models 106-PG-BPC / 206-PG-BPC - Booster Pump Control Valve – Single Chamber

The 106-PG-BPC or 206-PG-BPC booster pump control valve is installed in-line directly downstream of the pump discharge. The valve is normally closed, and, on pump start-up, a pilot solenoid is energized to slowly open the valve, at a rate governed by the opening speed control. The pipeline flow is gradually increased.

Models 106-BPC / 206-BPC - Booster Pump Control Valve – Double Chamber

The 106-BPC and 206-BPC booster pump control valves are installed in-line, directly downstream of the pump discharge. The pump control valve is normally closed and on pump start-up, a pilot solenoid is energized to open the valve, at a rate governed by the opening speed control. When shut-down is required the pilot solenoid on the valve is de-energized to commence closing. The pump is kept running while the valve slowly closes. When the valve is...

Models 106-DW / 206-DW - Deep Well Pump Control Valve – Double Chamber

The 106-DW and 206-DW deep well pump control valves are installed in a tee between the pump discharge and the check valve. The valve is normally open, and, on pump start-up, a pilot solenoid is energized to start closing the valve at a rate governed by the closing speed control.

Models 106-HC / 206-HC - Hydraulic Check Valves

The 106-HC and 206-HC hydraulic check valves are based on the 106-PG or 206-PG main valve. The valve functions as a two position valve - either fully open or fully closed. The HC allows one way flow only. Under normal forward flow, the valve opens as the higher inlet pressure lifts the inner valve assembly and the fluid in the upper chamber is discharged to the lower pressure, downstream side of the valve.

Level Control Valves

Level control valves are used to prevent overflow in tanks, towers, and reservoirs. Float valves use direct-acting, lever-operated pilots to directly control the maximum water level. Altitude valves control the level from ground level using the hydrostatic head. Altitude valves are available with fixed or adjustable drawdowns and as one-way or two-way flow control.

Models 106-A-Type 1 / 206-A-Type 1 - Two-Way Flow Altitude Control Valve

The 106-A-Type 1 and 206-A-Type 1 altitude control valves are based on the 106-PG or 206-PG main valve and are ideal for maintaining a preset maximum water level. The valve functions as a two position control valve, either fully open or fully closed. The Type 1 allows normal forward flow to fill the reservoir to the maximum level and then closes drip-tight at the set-point. It opens to allow reverse flow through the valve when the supply pressure...

Models 106-A-Type 2 / 206-A-Type 2 - One-Way Flow Altitude Control Valve

The 106-A-Type 2 and 206-A-Type 2 altitude control valves are based on the 106-PG or 206-PG main valve and are ideal for maintaining a preset maximum water level. The valve functions as a two position control valve, either fully open or fully closed. The Type 2 valve allows normal forward flow to fill the reservoir to the maximum level and then closes drip-tight at the set-point. It opens to refill the tank once the level drops a fixed distance below...

Models 106-A-Type 3 / 206-A-Type 3 - Two-Way Flow Altitude Control Valve with Differential Control

The 106-A-Type 3 and 206-A-Type 3 altitude control valves are based on the 106-PG or 206-PG main valve, and are ideal for maintaining preset maximum level. The Type 3 allows normal forward flow to fill the reservoir to the maximum level, then closes drip-tight at the set-point. The valve opens to permit reverse flow through the valve when the supply pressure drops an adjustable amount below the reservoir head. The Type 3 will then allow normal forward...

Models 106-A-Type 4 / 206-A-Type 4 - One-Way Flow Altitude Control Valve with Differential Control

The 106-A-Type 4 and 206-A-Type 4 altitude control valves are based on the 106-PG or 206-PG main valve, and are ideal for maintaining a preset maximum water level. The valve functions as a two position control valve, either fully open or fully closed. The Type 4 allows normal forward flow to fill the reservoir to the maximum level, then closes drip-tight at the set-point. It opens to refill the tank once the level drops an adjustable amount below the...

Models 106-F-Type 4 / 206-F-Type 4 - Modulating Float Valve

The Singer model 106-F-Type 4 and 206-F-Type 4 modulating float valves are based on the 106-PG or 206-PG main valve.They are ideal for balancing the inflow and outflow demand into the reservoir and maintaining level at the designated maximum.

Models 106-F-Type 5 / 206-F-Type 5 - Non-Modulating Float Valve

The 106-F-Type 5 and 206-F-Type 5 non-modulating float valves are based on the 106-PG or 206-PG main valve. It is ideal for allowing normal forward flow to fill water reservoirs to a desired high level and where the pilot and valve of the reservoirs are easily accessible.

Flow Control

Singer Flow Control Valves allow flows to meet a predetermined demand.

Models 106-RF / 206-RF - Rate of Flow Control Valve

The 106-RF and 206-RF rate of flow control valves are based on the 106-PG or 206-PG main valves. The valve is ideal for limiting the flow to a pre-determined maximum (via maintaining a continuous pressure differential across an orifice). When the pressure differential is less than the set-point, the valve opens, allowing flow to meet predetermined demand. At the desired maximum set-point, the pilot reacts to small changes in sensing pressure and...

Models 106-EF-8837BX / 206-EF-8837BX - Excess Flow (Burst Control) Valve

The 106-EF-8837BX and 206-EF-8837BX excess flow valves are based on the 106-PT and 206-PT Double Chamber main valves. The valve is designed to shut-off tightly when flow exceeds a predetermined amount. The 625-RPD pilot senses the pressure drop of the valve and closes the valve when the tripping flow is reached. Typical pressure drop at tripping is 5 psi / 0.35 bar.

Electronic Controls

Singer Valve’s electronic control valves feature enhanced hydraulically operated control valves to meet the needs of a wide range of application requirements.

Models 106-SC / 206-SC - Solenoid Control Valve

Singer models 106-SC and 206-SC solenoid control valves are based on the Singer model 106-PG or 206-PG main valve. The solenoid pilot valve provides on-off position operation. The solenoid either admits inlet pressure into the main valve operating chamber or releases pressure from the operating chamber. The pilot system is usually piped to discharge at the valve outlet, but can be piped to discharge to drain (atmosphere).

Models 106-2SC-PCO / 206-2SC-PCO - Dual Solenoid Control For Positioning And SCADA Controls

The Singer models 106-2SC-PCO and 206-2SC-PCO dual solenoid electronic valves are based on the Singer model 106-PG or 206-PG main valve. The flow into and out of the upper operating chamber is controlled by the two pilot solenoids. The electronic control determines whether the opening solenoid or the closing solenoid is operated. The change in valve position is dependent upon which solenoid is operated and the duration of the energized period.

Models 106-2SC-MV / 206-2SC-MV - Electronic Flow Control and Metering System

The Singer models 106-2SC-MV and 206-2SC-MV electronic flow control and metering valves are based on the 106-PG or 206-PG main valve. The pressure in the upper operating chamber is controlled by operating the pilot solenoids. The PLC within the MV1-TP control panel determines whether the opening solenoid or the closing solenoid is operated. The change in valve position is dependent upon which solenoid is operated and the duration of the energized...

Model EPC - Single Process Controller

The EPC is a single process loop controller designed to complement the Singer Model 2SC-PCO Dual Solenoid Control Valve. Range of application is dependent on the process variable (feedback) transmitter used, which includes (but not limited to) common automatic control valve functions with conventional pilots.

Model MCP-TP - Multi Process Control Panel Series

The MCP-TP Series is a multiple process loop control panel designed to complement the Singer Model 2SC-PCO Dual Solenoid Control Valve. Range of application is dependent on the feedback (process variables) transmitters used, which is similar to (but not limited to) combination automatic control valve functions with conventional pilots.

Model RPS-L&H-ET - Surge Anticipator Panel (SAP)

The SAP surge anticipator panel provides the interface between a customer supplied, system pressure switch and the Singer surge anticipating control valve. Together they provide protection against destructive pressure surges. The SAP panel energizes the control valve pilot solenoid on an abnormally low pressure reading and/or power failure to pumps. The 12 VDC pilot solenoid is energized to open the main valve and relieve the surge pressure from the...

Model SPC - Pump Control Panel

The SPC pump control panel provides the interface between the pump motor starter and the Singer pump control valve. The SPC ensures that the pump starts and stops without causing line surges.

Model 420-DC / 420-AC - Automated Pilot Control

The 420-DC or 420-AC provide for a reliable, simple and cost efficient way to automate today’s water systems. When a sturdy slow speed 24 VDC motor actuator drive is fitted onto the 160-PR pilot, this pilot then becomes the 160-420-DC. The minimum system pressure downstream of the pressure reducing valve is set by adjusting the pilot screw that compresses the pilot spring. The motor actuator responds to a 4 - 20 mA signal, rotating the pilot...

Pilots & Accessories

Singer Pilots & Accessories enhance the performance of Singer Automatic Control Valves to meet the most complex of application requirements.

18-AR Compressor Inlet Controller For Air Service

The Singer Model 18-AR pressure regulator is specifically designed to continuously modulate the air pressure to the inlet throttling device in an air compressor. When user demand varies, the compressor inlet control adjusts the volume of air entering the compressor to match the demand at the preset pressure. When demand is less than maximum, this results in significant savings in power consumption.

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Model 160 Pressure Reducing Pilot (Normally Open Pilot)

The model 160 is a spring and diaphragm operated, normally open pilot. The inner valve is held open by the spring. When the control pressure below the diaphragm exceeds the force of the spring, the pilot valve closes. The model 160 is used as the standard pressure reducing pilot on all series 106 and 206 valves.

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Model 160-RF Rate of Flow Control Valve

The model 160-RF is a spring and diaphragm operated, normally open pilot designed to sense a differential across an external orifice plate. The inner valve is held open by the spring. A sensing port is provided in the spring casing, above the diaphragm. When the control pressure below the diaphragm exceeds the combined forces of the spring and the sensing pressure, the pilot valve closes. The model 160-RF is used as the standard rate of flow control...

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Model 81-RP Pressure Relief Pilot (Normally Closed Pilot)

The model 81-RP is a remote sensing, high capacity, spring and diaphragm operated, normally closed pilot. The inner valve is held closed by the spring. When the sensed pressure increases above the spring setting, the pilot opens. The model 81-RP is used as the standard pressure relief/sustaining pilot on all 106 and 206 series valves.

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Model 83-RP High Pressure Relief Pilot

The model 83-RP is a spring and diaphragm operated, normally closed pilot specifically designed for high pressure applications. The inner valve is held closed by the spring. When the control sensed pressure below the diaphragm exceeds the force of the spring, the pilot valve opens. The model 83-RP is used as the standard pressure relief pilot where the operating pressures are excessive (i.e. over 300 psi).

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Model 81-RPD Differential Pressure Relief Pilot

The model 81-RPD is a remote sensing, high capacity, spring and diaphragm operated, normally closed, differential pilot. The inner valve is held closed by the spring. When the pressure under the diaphragm overcomes the combined forces of the spring setting and the pressure above the diaphragm, the pilot opens. The model 81-RPD is used for remote sensing of a differential pressure for normally closed applications.

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Model 301-4 Altitude Pilot Valve

The altitude pilot valves are spring and diaphragm operated, three way pilots that control the water level in a reservoir by sensing the hydrostatic head. When the hydrostatic head equals the spring force, the pilot connects port “X” (connection to main valve inlet ) to port “K” (connection to main valve bonnet). The main valve closes. When the hydrostatic pressure decreases slightly, the port “X to K” connection is...

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Model R-400 Modulating Float Pilot

Model 34 Modulating Float Pilot with Vertical Rod

The model 34 is a modulating float pilot with a copper float and brass rod assembly which moves vertically. As the level rises, the float lifts and the valve closes. The model 34 is an OPTIONAL pilot, available for modulating applications where the float and rod are installed in a still well and/or vertical action is preferred.

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Model 39 Non-Modulating Float Pilot

The model 39 is a non-modulating float pilot designed to operate an ON-OFF float valve. The differential between the level where the valve opens and the level where the valve closes, is adjustable. The standard configuration is for the pilot valve to close on high level and open at a low level. The model 39 is used as the standard pilot on all non-modulating model F-Type 5, series 106 and 206 float valves.

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Model 43 Rotary Float Pilot (On/Off)

The Model 43 is a stainless steel float actuated pilot with rotary motion, providing non-modulating ON-OFF operation of the main float valve. The differential between the level where the valve opens and the level where the valve closes, is adjustable. Model 43 allows for faster operation of the main valve over traditional float pilots, due to increased port size and capacity. The standard configuration is for the pilot valve to close on high level and...

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Model 26 Flow Stabilizer (Opening Sped Control)

The model 26 Flow Stabilizer is a self cleaning, opening speed control. The model 26 is used in conjunction with a fixed restriction orifice that is usually threaded into port 3. The model 26 allows free flow down to the bonnet (port 1) and restricts flow up from port 1. The model 26 is used as the standard flow stabilizer (opening speed control) on model 106 or 206-PR, pressure reducing valves or any other model that requires low flow...

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Model -Fixed Restriction

The fixed restriction is a brass bodied fitting with a stainless steel orifice plug. The fixed restriction controls the flow rate in the pilot system. The orifices are sized to provide the proper control to a select series of valve sizes only. The fixed restriction is standard with every model 26 flow stabilizer. The all stainless steel version is available as an option. In special material configurations, it is used as the non-adjustable speed...

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Model 852-B Needle Valve Speed Control

The model 852-B needle valve is a pilot speed control valve. The body is machined out of brass bar stock and the stem is stainless steel with a fine thread for controlling flow. ‘O’ ring packing assures leak proof, trouble free service. 1/4” (7.5mm) NPT female to female end connections.

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Model -Micrometer Needle Valves

Micrometer needle valves allow for precise speed control. There is virtually infinite flow adjustment in both directions. Standard end connections are female-to-female 1/4” (7.5mm) NPT.

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Model -Micrometer Flow Control Valves

Micrometer flow control valves allow for precise flow control. There is full flow in one direction and adjustable restricted flow in the opposite direction. They are standard on certain models, such as BPC pump control valves and available as an option for other applications. Standard end connections are female-to-female 1/4” (7.5mm) NPT.

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Model -10 & 12 - Pilot Check Valves

The model 10 is used as a pilot check valve on all series 106 and 206 valves requiring a pilot check function, ie BPC, PR-C, RPS-C. It is designed to require a low “cracking” differential pressure to open. The model 12 has a higher “cracking” pressure, ie requires more differential pressure to open.

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Models J0098A & J0097A Strainers

There are two versions of the standard ASTM B16 brass strainer with 40 mesh stainless steel screens. The standard model J0098A has a 3/8” (9.5mm) blowdown/maintenance port for access to the screen and the 3/8” (9.5mm) NPT inlet and outlet connections. The model J0097A provides an optional 1/4” (7.5mm) sensing/gauge connection. All stainless steel construction is available as an option.

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Models J1521G & J1521M Strainers

The ARION series strainers are an option for dirty water applications. The dirt is trapped on the inside of the double mesh screens and collects in the bowl. The double port construction of the housing prevents the particles from re-entering the flow stream. The collected dirt can be flushed directly out to drain by opening the blowdown. The model J1521G has a glass collection bowl, the model J1521M has a metal bowl, standard pressure rating is 232...

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Stainless Steel Braided Hose

Stainless Steel Braided Hose: Working Pressure 2500 psi (172 Bar). Totally flexible and available in different lengths. Ideal for service trucks or specified on a new valve. Corrosion Resistant.

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IPAAD: Lockable Pilot

The IPAAD (Intelligent Protection Against Adjustment Device) ensures pressure adjustments are secure. Unauthorized personnel will not have the ability to alter pressure settings.

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