NYZX Imported Motor Rotary Paddle Level Switch With Unique Oil Seal Design
Working principle of NYZX Imported Motor Rotary Paddle Level Switch With Unique Oil Seal Design
The principle of the material level switch is to use the micro motor as the driving device, the drive shaft is connected with the clutch and drives the blade at the end of the drive shaft to rotate, when the detected material rises to the blade position, the blade rotation is blocked, the detection device will produce rotation displacement around the main shaft, the displacement first makes a micro switch action, send a material signal; Then another micro switch action cuts off the power to the micro motor and stops the blades from turning. This state will be maintained as long as the material level in the warehouse is unchanged
Design Features of NYZX Imported Motor Rotary Paddle Level Switch With Unique Oil Seal Design
◎ unique oil seal design can prevent dust from penetrating along the shaft;
◎The motor of imported resistance rotary switch has reliable performance, and double sealed bearings can ensure long-term continuous operation;
◎ Simple structure and convenient installation;
◎ stable and reliable, and the torque can be adjusted;
◎ a variety of probe forms can be applied to different occasions.
Technical Parameters of NYZX Imported Motor Rotary Paddle Level Switch With Unique Oil Seal Design
Typical application | small particle level control |
product model | NYZX |
Probe Rod Material | 304(optional) |
Probe Rod Length | 100mm(The length can be customized according to the site conditions) |
Power Supply | 220VAC |
Process Temperature | -40~+80℃(>+80℃can be customized) |
Process Pressure | room pressure |
Process Connection | flange(optional) |
Electric shock capacity | 250V 5A(SPDT Single pole double throw) |
Medium density | ≥0.4g/cm3 |
moment of force | 10kg.m(1N.m) |
Insulation impedance | ≥100MΩ(500VDC) |
levels of protection | IP67 |
Explosion-proof grade | Exia II CT6(See certificate for details) |
※Note:The product can be customized according to the specific requirements of user