Model: PS01

● Plastic part: new material no recycling, POLYAMIDE6 + GF30%

● Adjustable pressure button/differential pressure switch

● Ordinary wells& tube wells both available

● Optional Connection Thread size: G1’’, G1 1/4’’, G1 1/2’’

● Optional Power: 1.1kw, 1.8kw, 2.2kw

● Body is firm and watertight to protect the circuit board inside

● Protect Functions: Delay Startup, Dry Running Protection

Model: PS08

Model: PS08L

● Touch Screen Function

● Adjustable start, stop pressure and water flow

● Can be installed vertically or horizontally to save space

● With metal pressure tank to stabilize water pressure

● High power reach to 2.2kw

● Automatic Restart and Dry Running Protection

● Machine Crash Protection

Model: PS09L

● Sets free from operating pump every time.

● Ensures uninterrupted water supply.

● Never allows your over head tank to spil over or be empty.

● Eliminates water, power& time wastage

● Protects pump from low/high voltage and dry run.

● Absence if rigid or fixed part inside the tanks makes cleaning easy.

Rated voltage：110V/220V

Frequency：50/60Hz

Rated current:14（4）A

Protection grade：IP68

Maximum operating temperature：55℃

Color：optional

Cable：optional

Connector for 1 Inch Pressure Control, used for PS01, PS02, PS03, PS05, PS06, PS07 models

Printed Circuit Board for PS01 Pressure Control

Printed Circuit Board for PS01-3 Pressure Control

Printed Circuit Board for PS02 Pressure Control

Printed Circuit Board for PS03 Pressure Control

Printed Circuit Board for PS05 Pressure Control

Printed Circuit Board for PS06 Pressure Control

Printed Circuit Board for PS07 Pressure Control

Three-Way Brass Tee

A 3-way control valve shuts off water flow in one pipe while opening water flow in another pipe. In a modulating or 3-point floating application the valve can also mix water from two different pipes into one pipe or divert water from one pipe into two different pipes.

Five-Way Brass Tee
5 port brass fitting for booster pump assemblies, to accommodate a pressure switch, pressure gauge and expansion vessel. 

Diaphragm for PS01 Pressure Control
The diaphragm, along with the other sealing parts, protects the internals of the switch from the process fluid. It is a flexible material made of Ethylene Propylene Diene Monomer ( EPDM ).
The area of the piston or diaphragm on the fluid side is designed to transfer sufficient force from the expected fluid pressure. The larger the area, the larger the actuating force, and so is the spring force required.

Diaphragm for PS02 Pressure Control

The diaphragm, along with the other sealing parts, protects the internals of the switch from the process fluid. It is a flexible material made of Ethylene Propylene Diene Monomer ( EPDM ).

The area of the piston or diaphragm on the fluid side is designed to transfer sufficient force from the expected fluid pressure. The larger the area, the larger the actuating force, and so is the spring force required.

Diaphragm for PS03 Pressure Control

The diaphragm, along with the other sealing parts, protects the internals of the switch from the process fluid. It is a flexible material made of Ethylene Propylene Diene Monomer ( EPDM ).

The area of the piston or diaphragm on the fluid side is designed to transfer sufficient force from the expected fluid pressure. The larger the area, the larger the actuating force, and so is the spring force required. 

Mechanical Switch 01

Mechanical deformation makes the microswitch to act. When the pressure increases, the different sensing pressure components (diaphragms, bellows, pistons) will be deformed, and will move upwards. Through mechanical structures such as railing springs, the uppermost micro-switch will finally be activated to output electrical signals.

Mechanical switches are important components for controlling the activation and deactivation of pumps in fluid systems when pressure thresholds are reached. 

Mechanical Switch 02

Mechanical deformation makes the microswitch to act. When the pressure increases, the different sensing pressure components (diaphragms, bellows, pistons) will be deformed, and will move upwards. Through mechanical structures such as railing springs, the uppermost micro-switch will finally be activated to output electrical signals.

Mechanical switches are important components for controlling the activation and deactivation of pumps in fluid systems when pressure thresholds are reached. 

Mechanical Switch 03

Mechanical deformation makes the microswitch to act. When the pressure increases, the different sensing pressure components (diaphragms, bellows, pistons) will be deformed, and will move upwards. Through mechanical structures such as railing springs, the uppermost micro-switch will finally be activated to output electrical signals.

Mechanical switches are important components for controlling the activation and deactivation of pumps in fluid systems when pressure thresholds are reached. 

Mechanical Switch 04

Mechanical deformation makes the microswitch to act. When the pressure increases, the different sensing pressure components (diaphragms, bellows, pistons) will be deformed, and will move upwards. Through mechanical structures such as railing springs, the uppermost micro-switch will finally be activated to output electrical signals.

Mechanical switches are important components for controlling the activation and deactivation of pumps in fluid systems when pressure thresholds are reached. 

Pressure Meter

Pressure Meters are used to measure and display pressure in an integral unit. They transmits the pressure deformation to the pointer through the elastic deformation of the sensitive components (bourdon tube, bellows) in the watch, and then causes the pointer to rotate to display the pressure.

Pressure Meter

Pressure Meters are used to measure and display pressure in an integral unit. They transmits the pressure deformation to the pointer through the elastic deformation of the sensitive components (bourdon tube, bellows) in the watch, and then causes the pointer to rotate to display the pressure.

Euro Plug

Round, two-pole, round-pin domestic AC power plug, rated for voltages up to 250 V and currents up to 2.5 A. It is a compromise design intended to connect low-power Class II appliances safely to the many different forms of round-pin domestic power socket used across Europe. 

Euro Plug (Type C)

The Europlug is a flat, two-pole, round-pin domestic AC power plug, rated for voltages up to 250 V and currents up to 2.5 A. It is a compromise design intended to connect low-power Class II appliances safely to the many different forms of round-pin domestic power socket used across Europe except for GB, Ireland, Cyprus and Malta. The Type C plug (also called the Europlug) has two round pins.

Italy Plug

Italy L type has three round pins. Italy operates on a 230V supply voltage and 50Hz.

American Standard Plug ( Type B )

The type B plug which has two flat parallel pins and a grounding pin used for the United States of America. The standard voltage is 120 V and the standard frequency is 60 Hz. 

Euro Plug

Round, two-pole, round-pin domestic AC power plug, rated for voltages up to 250 V and currents up to 2.5 A. It is a compromise design intended to connect low-power Class II appliances safely to the many different forms of round-pin domestic power socket used in Euro countries like Germany, France.

Euro Socket

Euro Socket with insert holes

Euro Socket

Euro Socket with insert holes

Model: PS9

● Plastic part: new material no recycling, POLYAMIDE6 + GF30%

● Adjustable pressure button/differential pressure switch

● Ordinary wells& tube wells both available

● Optional Connection Thread size: G1’’, G1 1/4’’, G1 1/2’’

● Optional Power: 1.1kw, 1.8kw, 2.2kw

● Body is firm and watertight to protect the circuit board inside

● Protect Functions: Delay Startup, Dry Running Protection

Model: PS-10

● Plastic part: new material no recycling, POLYAMIDE6 + GF30%

● Adjustable pressure button/differential pressure switch

● Ordinary wells& tube wells both available

● Optional Connection Thread size: G1’’, G1 1/4’’, G1 1/2’’

● Optional Power: 1.1kw, 1.8kw, 2.2kw

● Body is firm and watertight to protect the circuit board inside

● Protect Functions: Delay Startup, Dry Running Protection

Model: PS-11

● Plastic part: new material no recycling, POLYAMIDE6 + GF30%

● Adjustable pressure button/differential pressure switch

● Ordinary wells& tube wells both available

● Optional Connection Thread size: G1’’, G1 1/4’’, G1 1/2’’

● Optional Power: 1.1kw, 1.8kw, 2.2kw

● Body is firm and watertight to protect the circuit board inside

● Protect Functions: Delay Startup, Dry Running Protection

Model: PS-18

● Plastic part: new material no recycling, POLYAMIDE6 + GF30%

● Adjustable pressure button/differential pressure switch

● Ordinary wells& tube wells both available

● Optional Connection Thread size: G1’’, G1 1/4’’, G1 1/2’’

● Optional Power: 1.1kw, 1.8kw, 2.2kw

● Body is firm and watertight to protect the circuit board inside

● Protect Functions: Delay Startup, Dry Running Protection

Model: PS-18L

● Plastic part: new material no recycling, POLYAMIDE6 + GF30%

● Adjustable pressure button/differential pressure switch

● Ordinary wells& tube wells both available

● Optional Connection Thread size: G1’’, G1 1/4’’, G1 1/2’’

● Optional Power: 1.1kw, 1.8kw, 2.2kw

● Body is firm and watertight to protect the circuit board inside

● Protect Functions: Delay Startup, Dry Running Protection

Model: PMP

Model: PML

Model: PMQ

Model: PMD

Model: GFC-20M

Model: GFC-20S

Model: GFC-21M

Model: GFC-21S

Model: GFC-23

Model: GFI

Model: GFI

Pressure Meter

Pressure Meters are used to measure and display pressure in an integral unit. They transmits the pressure deformation to the pointer through the elastic deformation of the sensitive components (bourdon tube, bellows) in the watch, and then causes the pointer to rotate to display the pressure.

Pressure Meter

Pressure Meters are used to measure and display pressure in an integral unit. They transmits the pressure deformation to the pointer through the elastic deformation of the sensitive components (bourdon tube, bellows) in the watch, and then causes the pointer to rotate to display the pressure.

Mechanical Switch 05

Mechanical deformation makes the microswitch to act. When the pressure increases, the different sensing pressure components (diaphragms, bellows, pistons) will be deformed, and will move upwards. Through mechanical structures such as railing springs, the uppermost micro-switch will finally be activated to output electrical signals.

Mechanical switches are important components for controlling the activation and deactivation of pumps in fluid systems when pressure thresholds are reached. 

Mechanical Switch 06

Mechanical deformation makes the microswitch to act. When the pressure increases, the different sensing pressure components (diaphragms, bellows, pistons) will be deformed, and will move upwards. Through mechanical structures such as railing springs, the uppermost micro-switch will finally be activated to output electrical signals.

Mechanical switches are important components for controlling the activation and deactivation of pumps in fluid systems when pressure thresholds are reached.