Download the 106 / 206-PR Product Guide.
Download the 106 / 206-PR Operations Guide.
Download the 106 / 206-PR-48 Product Guide.
Download the 106 / 206-PR-48 Operations Guide.
เพื่อควบคุมและรักษาระดับน้ำในถังเก็บน้ำใต้ดิน หรือบนดินให้เต็มถังเสมอ โดยที่น้ำจะไม่มีโอกาสล้นถังหรือแห้งถังได้เลย ทั้งนี้ต้องใช้กับน้ำที่ไหลมาด้วยความดันคงที่ และสม่ำเสมอเท่านั้น เป็นต้นว่า ความดันที่เกิดจาก	Gravity หรือความดันของน้ำประปา ทั้งนี้ความดันที่เข้ามาต้องไม่น้อยกว่า 5 PSI.
Download the 106 / 206-F Type 4 Product Guide.
Download the 106 / 206-F Type 4 Operations Guide.
Download the 106 / 206-F Type 5 Product Guide.
Download the 106 / 206-F Type 5 Operations Guide.
Download the 106 / 206-RPS Product Guide.
Download the 106 / 206-RPS Operations Guide.
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 drops a fixed amount below the reservoir head.
When a higher supply pressure is restored, the Type 1 valve will then allow normal forward flow to refill the tank to the maximum level.
Download the 106 / 206-A Type 1 Product Guide.
Download the 106 / 206-A Type 1 Operations Guide.
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 setting establishes a differential pressure that is held relatively steady despite changes in system pressure or flow.
Download the 106 / 206-RPS-D Product Guide.
Download the 106 / 206-RPS-D Operations Guide.
Download the A106-DL Product Guide.
Download the A106-DL Operations Guide.
Download the 106 / 206-HC Product Guide.
Download the 106 / 206-HC Operations Guide.
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 the high water level.
Note: This valve does not operate as a check valve to prevent reverse flow.
Download the 106 / 206-A Type 2 Product Guide.
Download the 106 / 206-A Type 2 Operations Guide.
Download the 106 / 206-RPS-L&H Product Guide.
Download the 106 / 206-RPS-L&H Operations Guide.
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 differential across its diaphragm. A pressure differential is created when there is a system pressure increase. The flow into the accumulator creates a pressure drop across the fixed restriction, which lowers the pressure in the connection between the fixed restriction and the pilot.
The pilot senses the pressure difference between this lower pressure and the header pressure. This difference occurs at the initiation of the pressure surge, providing the time necessary for the valve to open in anticipation of the high pressure.
Download the 106 / 206-RPS-RR Product Guide.
Download the 106 / 206-RPS-RR Operations Guide.
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 control permits adjustment of the closing speed.
The opening force is boosted by the line pressure operating, via the separation chamber, on the piston. By applying external pressure to the test connection, the valve may be cycled open for routine maintenance.
Discharges initial air/water silt to waste, on well applications.
Download the 106 / 206-DW Product Guide.
Download the 106 / 206-DW Operations Guide.
TThe 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.
Tripping flow is adjusted by limiting the valve opening with the X102 Stroke Limiter. 10 psi / 0.7 bar inlet pressure must be maintained at the valve inlet when the valve has tripped to prevent self re-setting. This valve closes fast and from a significant velocity. If the upstream pipe is longer than 2,000 ft /600 m, closing speed control should be included. When tripped (closed), this valve has a continuous exhaust of about 1 GPM / 0.063 L/sec to drain.
Download the 106 / 206-EF-8837BX Product Guide.
Download the 106 / 206-EF-8837BX Operations Guide.
The 106-RF and 206-RF Flow Limiting Control Valve 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 controls the main valve position by modulating the pressure above the diaphragm.
When the pressure drop across the orifice exceeds the set-point, the valve closes slightly, limiting the flow to the pre-set maximum. The orifice is usually sized to generate a pressure differential of 3 to 5 psi / 0.2 to 0.35 bar at the desired flow. Adjusting the pilot setting permits the maximum flow to be changed in the field above or below the original point.
Download the 106 / 206-RF Product Guide.
Download the 106 / 206-RF Operations Guide.
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).
Download the 106 / 206-SC Product Guide.
Download the 106 / 206-SC Operations Guide.
The SCP-TP Controller is a simplified process controller designed to complement the Dual Solenoid Control Valve. It offers quick and easy configuration for any single process application as well as on/off applications. The SCP-TP is also equipped to be configured to control the Singer 420DC Motor. 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.
The SCP-TP Controller reads and compares the process feedback (process variable) 4 to 20 mA signal to the desired setting (set-point) 4 to 20 mA signal. The SCP-TP then accurately positions the valve to bring the process variable towards the set-point until they coincide. The SCP-TP is also equipped with data logging features that when enabled can log all sensor feedback and setpoint data with a time stamp.
Download the SCP-TP Product Guide.
Download the SCP-TP Operations Guide.
Download the MCP-TP Product Guide.
Download the MCP-TP Submittal Form.
Download the 106 / 206-2SC-PCO Product Guide.
Download the 106 / 206-2SC-PCO Operations Guide.
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 period.
The Singer MV1-TP control panel computes the flow rate based on valve differential pressure and position and operates the pilot solenoids to match the flow rate to the customer’s pre-determined (adjustable) set-point. Flow is totalized and displayed via panel readout. In addition, the MV1-TP panel includes a pre-programmed logic controller, touch screen display, labelled wiring and terminal strip.
Position Transmitter and Differential Pressure Transmitter. The Model MV1-TP Flow Control and Metering Panel shall have pre-programmed logic module, adjustments and connection terminals, housed inside NEMA 4X rated raintight enclosure.
The system shall relatively accurately measure the flow (via the flow control and metering panel) based on valve position and differential pressure and control the flow by positioning the main valve based on the set-point.
The flow control and metering panel shall incorporate a pre-programmed logic controller with P.I.D. optimization and real-math calculation for accuracy.
The flow control and metering panel shall have 24VDC, 1.3 Amp auxiliary power supply.
Dual solenoid control shall be via solid state relays with zero-voltage switching.
The flow control and metering panel shall have door-mounted touch screen interface and display.
The valve shall be equipped with manual by-pass to provide emergency override operation.
Refer to Main Valve section, see page 11, 106-PG (or 206-PG) for detailed information pertaining to valve sizes and materials, selection criteria and specifications.
Refer to Main Valve Options section, see page 74., Model x156 Analog Valve Position Transmitter for information pertaining to material and specifications.
Refer to Pilot and Accessories section, page 249,, Model Needle Valves for detailed information pertaining to materials and specifications of Opening and Closing Speed Controls.
Consult with Singer Valve for Solenoid specification information.
Download the 106 / 206-2SC-MV Product Guide.
Download the 106 / 206-2SC-MV Operations Guide.
The 420-DC or 420-AC provide for a reliable, simple and cost efficient way to automate today’s water systems. A sturdy slow speed 24 VDC motor actuator drive can be installed on a variety of Singer pilots. The motor actuator responds to a 4-20 mA signal, rotating the pilot adjusting screw corresponding to the change in signal. The number of turns is adjustable and may be programmed to suit the pressure changes required for the application.
Pressure management systems - utilizing pressure reducing pilot to give adjustable pressure settings based on system demand.
Remote or difficult to reach control valves where adjustments need to be made and using SCADA is the best option.
Download the 420-AC/DC Automated Pilot Control Product Guide.
Download the 420-DC/AC Automated Pilot Control Operation Guide.
Under normal pressure reducing conditions, the primary pilot 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 in the lower operating chamber. The downstream pressure is maintained virtually steady at the pilot set-point that is adjustable.
Should the primary pilot system and / or main valve fail to control the downstream pressure, the independent back-up pilot system will begin to operate. It controls the pressure above the diaphragm in the second operating chamber. The back-up pilot is set slightly higher than the primary pilot. The forces now operating in the top chamber assume control of the inner valve assembly and maintain pressure reducing control. During back-up operation only, there is a small (1 USGPM / 0.063 L/s) continuous discharge that should be taken to drain.
Download the 106 / 206-PR-SM Product Guide.
Download the 106 / 206-PR-SM Operations Guide.
Download the 106 / 206-PFC Product Guide.
Download the 106 / 206-PFC Operations Guide.