230 V - 10 A
2 HP - 1.5kW
Repartenza 1.5÷3 bar
The PS-04T wired electronic pressure switch is an advanced device designed for the automatic management of electric pumps up to 1.5 kW (2 HP) , offering three integrated operating modes: pressure, flow and time. This versatility makes it ideal for domestic water systems and applications requiring precise and reliable control.
Powered by 220V-240V, the PS-04T supports a maximum current of 10A and is equipped with a 1 inch connection, ensuring compatibility with most hydraulic systems. The adjustable pressure range from 1.2 to 3 bar allows for high customization of operation according to the needs of the system, while the maximum supported pressure is 10 bar.
The IP65 protection makes it resistant to dust and water jets, allowing it to be installed in humid or exposed environments. In addition, the PS-04T can operate in demanding thermal conditions, with a maximum operating temperature of 60°C.
1.6m cable with SHUKO plug
45 cm cable for PUMP connection


| Model | PS-04T |
| Code | 10PS04T |
| Power Supply | 230 V |
| Connector | 1'' |
| Max temperature | 60°C |
| Protection Level | IP65 |
| Max intensity | 10 A |
| Max pump power | 1.5 kW (2 HP) |
| Restart Calibration | from 1.2 to 3 bar |
| Cable with Schuko plug | 1.6 m |
| Pump cable | 45 m |
Our workshop is able to guarantee efficient and professional repairs: speed of intervention, competence and availability are our strengths.
By purchasing from Indors you will also have purchased peace of mind: our Assistance and Repairs Service guarantees quick and timely solutions for any problem thanks to the safe availability of spare parts, your equipment will always be efficient and available within a few days at a low cost. More information
All products sold by Indors are covered by the European legal warranty for lack of conformity pursuant to Articles 128 et seq. of Legislative Decree No. 206/2005. The warranty is valid starting from the date of purchase. Professional users are entitled to a 12-month warranty.
More information