DC2.5V 9NM 2 Way Ball Valve Actuator 1100mA Motorized

2 way ball valve actuator motor dC2.5V, 9NM, for motor valve 2'

Product description

The large diameter ball valve 2", need a actuator motor in higher torque, this model has torque up to 9 NM. The DC2.5V driven motor actuators for ball valve open or close, are available with different torque, speed reduction ratio and rotate speed. The actuator motor is well designed for the motorized ball valve open or close. The valve diameter range: DN15, DN20, DN25, DN32, DN40, up to DN80.The torque range from 1.8NM to 4.5 NM. The water flow control or heat control in water utility, HVAC, such as mini ball valve , smart water meter with ball valve, zone valve, heat control, need be made through a mini motorized ball valve.

Technical data-Model K25
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: <50 mA @ 3.6V, 23ºC
3. Current with max loading: <1100 mA (motor #500)
4. Torque: >9 NM (7200:1)
5. Open/close time: <60S (7200:1)
6. Velocity reduction ratio: for DN32, DN40, DN50 (7200:1)
7. Protection: 0

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.