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Proper placement and protection for weather and drainage.
Ensure the pump power lead is correctly connected to a suitable earth.
Requirements for installations needing a foot valve to prevent loss of prime.
Requirements for installations using a gate valve for service.
Steps for filling, priming, and operating the automatic water pressure system.
Common causes and checks for a motor that won't start when switched on.
Reasons for the motor not starting when a tap is opened.
Checks for when the motor runs but no water is pumped.
Diagnosing issues when the pump runs poorly or stops with a fault light.
Identifying causes for the pump stopping and quickly restarting without flow demand.
Reasons why the pump may not be supplying adequate pressure.
Proper placement and protection for weather and drainage.
Ensure the pump power lead is correctly connected to a suitable earth.
Requirements for installations needing a foot valve to prevent loss of prime.
Requirements for installations using a gate valve for service.
Steps for filling, priming, and operating the automatic water pressure system.
Common causes and checks for a motor that won't start when switched on.
Reasons for the motor not starting when a tap is opened.
Checks for when the motor runs but no water is pumped.
Diagnosing issues when the pump runs poorly or stops with a fault light.
Identifying causes for the pump stopping and quickly restarting without flow demand.
Reasons why the pump may not be supplying adequate pressure.
This document provides comprehensive installation and operating instructions for TotalFlo™ Jet Pumps and Multistage Pumps, designed for clean water pressure systems. It emphasizes the importance of proper installation and maintenance to ensure reliable operation and to validate the product warranty.
TotalFlo™ Jet Pumps and Multistage Pumps are designed to provide a consistent water pressure system for various applications. These pumps are specifically engineered to handle clean, fresh water free of solids. The system includes a pump body, motor, and a pressure controller, which automatically manages pump operation based on water demand. The pressure controller is pre-set to restart at 150kPa and stops the pump at approximately 0.5lpm. If the pressure reaches above 230kPa at low flow stop, the pump will go into standby mode. If the pressure does not rise at low flow, the controller will detect a fault, indicating a potential issue with the system.
The pump's operation is straightforward: once primed and connected to a water source and power supply, it will automatically start when water is demanded (e.g., by opening a tap) and stop when the demand ceases. The automatic pressure controller ensures efficient operation by preventing dry running and maintaining optimal pressure.
General| Model | TF40J |
|---|---|
| Suction Lift (Max) | 8 m |
| Phase | Single Phase |
| Housing Material | Cast Iron |
| Impeller Material | Noryl |
| Seal Type | Mechanical Seal |
| Application | Water transfer, irrigation |
| Motor Power | 0.75 kW |
| Inlet Size | 1 inch |
| Outlet Size | 1 inch |
| Voltage | 230 V |
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