Water Meters 1.8NM torque DN15 DC motorized valve actuator for ball valve

Product description

The reversible synchronous geared motor is used in a ball valve which are driven by electricity to direct the water in central heating systems from the boiler to where it needs to be - either to the cylinder coil to heat the hot water, or to your heating circuit to heat (typically) your radiators.

Our step geared motor actuator can be attached to IC card prepay water meter, heat meter, motorized ball valve to control the electric ball valve open or close. The synchronous geared motor is an electric motor actuator in which, at steady state, the rotation of the shaft is synchronized with the frequency of the supply current; the rotation period is exactly equal to an integral number of electric cyles.

Technical data-Model K16
1. Voltage: DC3.6 V (Range: DC2.5 - 5 V, the higher the voltage, the larger torque, the shorter life span)
2. Current at idle: <25 mA @ 3.6V, 23ºC
3. Current with max loading: <550 mA (motor #320)
4. Torque: >1.8 NM
5. Open/close time: <8S
6. Velocity reduction ratio: 1500:1 (for DN15 / DN20 ball valve)
7. Protection: IP67

Wiring definition

Production overview

We're a national key high-tech enterprise serving in fields of new energy management system and equipment, main services include: HVAC central air-conditioning and cold storage, solar distributed energy & regional energy, flow & energy management.

We have integrative certification of mechanical & electrical installation and building intelligentized design & construction, production license of measurement production, and is able to contract projects of building mechanical and electrical installation, building intellectualizing, distributed energy, combined cold & heat & power supply and new energy application.

RUNPAQ initiates a low-carbon building energy route with the concept of "low-carbon energy, future of architecture":

1. Developing energy-saving technologies to improve the electricity efficiency and reduce the energy needs;

2. Developing new energies to reduce the dependence of building on mineral energy.