Why does my TDRFORCE Water Pump not shut off?
Your TDRFORCE Water Pump may not shut off because of several reasons: * There may be leaks at the tubes, tube fittings, or other connections. If so, fix the leaks. * The pressure switch may have failed. Check the pressure switch by turning the faucet off and on. * The float switch might be stuck. Verify the float switch position in the bottle and ensure it can move freely.
What to do if TDRFORCE BW1000A Water Pump dispenser doesn’t pump water?
If the TDRFORCE Water Pump dispenser isn’t pumping water, consider these possible causes and solutions: * **Power failure:** Check the power supply. * **Long time unused:** Keep the power on and manually fill some water from the inlet pipe. Try several times until it starts pumping. * **Buoy of the inlet pipe stuck:** Check the buoy to ensure it can move freely. * **Empty bottle:** Refill the bottle.
Why is my TDRFORCE Water Pump outlet leaking?
If the outlet of your TDRFORCE Water Pump is leaking, it could be due to: * **Installation error:** Ensure you push the tube all the way into the tube stop. * **Loose connection:** Fasten the connection between the dispenser and the machine. * **Cracked tubes:** Replace any cracked tubes.
What to do if TDRFORCE BW1000A Water Pump turns off and on continuously?
If your TDRFORCE Water Pump turns off and on continuously while in use, it could be due to an installation failure. Check for any restriction devices at the appliance inlet and inspect for a filter unit in the line.
Describes the BW1000A model with a single inlet tube.
Describes the BW1020A model with double inlet tubes.
Describes the BW2000 model with a single inlet tube and screw switch.
Describes the BW4003A model with a new style single inlet tube.
Describes the BW4020A model with a new style double inlet tubes.
Describes the BW6000A model, an upgraded version with a single inlet tube.
Lists all parts included in the system package for installation.
Lists necessary tools for setting up the dispensing system.
Details the procedure for removing the collet plug from the fitting.
Instructions for installing the suction wand into a water bottle.
Procedures for removing the suction wand and changing water bottles.
Steps for initial system setup and operation.
Lists items needed for cleaning and sanitizing the system.
Step-by-step guide for cleaning the water dispensing system.
Outlines the terms and conditions for product warranty and returns.
Lists situations not covered under the no-hassel return policy.
This document describes the TDRFORCE Bottled Water Dispenser Pump, available in models BW1000A, BW1020A, BW2000A, BW4003A, BW4020A, and BW6000A. This system is designed to provide a convenient and efficient way to dispense water from 5-gallon bottles to various appliances and faucets.
The TDRFORCE Bottled Water Dispenser Pump is a versatile system engineered to deliver pressurized water from commercially available 5-gallon water bottles. Its primary function is to supply water to a range of applications, including individual drinking water faucets, ice makers, chilled drinking water taps, and certain commercial coffee and tea brewers.
The core of the system is the pump module, which automatically adjusts water flow and pressure to efficiently fill the connected appliance or faucet. The operation is initiated by a float switch located on the end of the suction wand. When the suction wand is inserted into a 5-gallon bottle, the float switch activates, turning on the pump. Conversely, when the bottle is empty, the same float switch shuts off the system, preventing the pump from running dry. A built-in back-flow prevention valve within the suction wand is a crucial feature, designed to prevent water from flowing back into the bottle or spilling during bottle changes, ensuring hygiene and minimizing mess.
The system is designed for ease of installation and use. It can be placed in a cabinet, pantry, closet, cellar, or any location with a grounded electrical outlet. The pump module should be positioned on the floor of the cabinet with the on/off switch and suction tube facing out towards the cabinet doors, ideally as close as possible to a grounded electrical outlet. The 5-gallon bottle should be placed close to the pump module to avoid kinking the suction hose.
For commercial coffee and tea brewing equipment, the system can be connected to a 1/4" I.D. connection fitting at the water inlet. It is important to note that if the brewing machine has a factory-installed inlet restrictor or flow restrictor (typically limiting pressure to 90-100 psi), this device must be removed. Failure to do so can cause the pump to over-cycle repeatedly, leading to premature motor failure, which is not covered under warranty. The use of filter devices with commercial brewers is generally unnecessary.
When used with refrigerators that have ice-making and/or water dispensing functions, external filtration devices should not be used, as they can cause the pump to over-cycle and lead to premature failure. If the refrigerator has a factory-installed internal filtration system that must remain, it may also cause over-cycling. In such cases, it is recommended to contact the refrigerator manufacturer to inquire about obtaining an empty or dummy filter housing. If no such housing is available, a small accumulator tank may be necessary.
The TDRFORCE pump offers several features that enhance its usability and convenience:
Proper maintenance is essential to ensure the longevity and optimal performance of the TDRFORCE Bottled Water Dispenser Pump. The manual outlines a "Clean In-Place Procedure" that should be performed at least four times per year.
The manual also provides a troubleshooting guide to address common issues such as the dispenser not pumping water, outlet leaks, pump shut-off, and continuous on/off cycling. This guide helps users diagnose and resolve problems efficiently, ensuring continuous operation of the water dispenser.
General| Power Source | Electric |
|---|---|
| Inlet/Outlet Size | 1 inch |
| Material | Cast Iron |
| Inlet/Outlet Diameter | 1 inch |
| Voltage | 110V |
To Next Page
