Hoist&Crane overload Weight watcher Model: CWL-010
Digital type current overload test limiter
AC motor Electronic overload limiter
Description:
This overload limiter is a fixed protection device specially designed to protect the mechanical
overload of the three-phase motor. When the external mechanical overload or impact load, the
motor current will increase, then the current transformer (CT) detects the secondary current and
compare it with the set value, when the set value is exceeded, it is judged to be overloaded. At this time, the overload of the relay is confirmed to immediately cut off the power supply. At the same time, the alarm buzzer sounds and the warning light flashes to remind the operator that the machine is overloaded. It is a highly reliable overload protection device.
| Model: CWL-010 |
| Input voltage |
AC65V~440V |
| load current |
0.5~99.9A |
| Starting time |
0.1~25 S |
| Buffering time |
0.1~25 S |
| Overload actuation time |
0.1~25 S |
| Node output |
AC250V10A |
| Working temperature |
-25~60ºC |
We UTE has been providing versatile load-limitation systems for all types of cranes and especially overhead cranes. In particular, we have supplied them to the very important players in the lifting and material handling industry as well as in steel industry. That is why we can claim that we have a solid experience and are highly dependable as regards load-limiting devices for cranes which enables us to equip the most complex of systems.
We offers a very wide range of overload limiter and applicable to versatile industry application:
- Load cells and load pins (from 1000 kg up to 10T, higher capacity on request) such as Split type overload limit switch: OMS-370C+CRN-GX, OMS-350+CRN+GX and so on.
- clamp on wire rope load limiter:SUMT-QZX(A), OMS-370C+RH-EC, OMS-370C+RH-BC and so on
- Cross head limit switch
- Geared limit switch(worm rod lift switch)
- tension link load limiter
- Load limiters with analogue or digital outputs;
Module design and easy and free combination to suit different installation demand.
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