Normally Open Current Sensing Switch Adjustable AC 0.2‑

SZC23 series AC current sensing switch is designed and manufactured to solve the AC current monitoring. It uses the principle of mutual inductance to sense the AC straight-through current, isolate the AC current, and output a normally open or normally closed switching signal to directly control various automation industrial equipment, such as flash, buzzer, relay, single-chip or other power load equipment. Compared with traditional mutual inductors, thermal protectors and other devices, using this device can not only get more accurate and more timely control, but can also greatly simplify the design and reduce costs.

Feature:
1. Self-powered, no external power supply required.
2. Action current 0.2-30A AC, adjustable with a potentiometer.
3. LED indicator can conveniently and intuitively indicate the working status of the switch.
4. High-power MOS tube contactless electronic switch.
5. The switch has no limit on the number of opening and closing, and the reaction speed reaches the ms level.
6. Straight-through structure design, isolation withstand voltage up to 2000V.
7. Hysteresis is less than 1% and can be used under strong magnetic conditions.
8. The outer casing is made of self-extinguishing material ABS.
9. Suitable for AC current measurement and monitoring, AC motor overload protection, electronic switch of automatic control system and so on.

Specification:

Model: SZC23-NO-AL-CH
Power supply: Not required
Rated load:
≤
0.5A@240V AC/DC
Input current: 0.2-30A AC
Switch on minimum: 0.5
±
0.2A
Maximum overload: 100%
Leakage current:
≤
0.1A
Accuracy: 1%
Hysteresis:
≤
1%
Response time:
≤
200ms
Repeatability: 100%
Working temperature: -20~60
℃
Waterproof: IP30
Dimensions: 65*25*47mm / 2.56*0.98*1.85in
Hole diameter: 10mm / 0.4in
Package weight: Approx. 56g/2.0oz
Package
l
ist:
1 * Current Sensing Switch
Note
:
1. Due to the difference between monitors and light effects, the pictures may not reflect the actual color of the item.
2. Please allow slight error due to manual measurement. Thanks for your understanding.
.