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Rotary Torque Sensor, Dual Flange, 20-5000 Nm

$2252.98

Rotary torque sensor input and output end use flange connection, capacity range from 20 Nm, 50 Nm, 100 Nm to 5000 Nm. It is n

SKU: CHN-ZJ-AF

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Delivery date: 6-12 days

Overview
Documents

Rotary torque sensors have capacity range from 20Nm, 50 Nm, 100 Nm to 5000 Nm. Torque sensor capacity can be customized according to customer requirements. You can buy a signal converter with 4-20mA/ 0-5V/ 0-10V output or RS485 communications to use with ATO rotating torque sensor.

Specification

Model		CHN-ZJ-AF
Rotary Torque Sensor	Shipping weight	12~45kg
	Capacity range *	0-20 Nm ~ 0-5000 Nm
	Accuracy *	0.2%F·S, 0.1%F·S
	Power supply *	±15V ±5% DC (≥50mA), 24V DC
	Output signal *	10kHz±5kHz, 4-20mA, 0-5V, 0-10V (add signal converter), RS485
	Speed signal	60-2000 pulse/turn
	Max. Speed	6000 rpm
	Temperature drift on zero	＜0.1%F·S/10℃
	Operating temperature	-20℃~+70℃
	Humidity	≤90%RH
	Insulation resistance	＞500MΩ
	Stability	0.3%F·S/year
	Safety overload	150%F·S
	Breaking load	200%F·S
	Sensitivity	1±0.2 mv/V
	Power consumption	4W
	Bridge voltage	DC 10V
	Material	Alloy steel
	Protection class	IP65
	Electrical connection	Circular connector
	Wiring	Red: V+, Blue: V-, Green: Speed output, Yellow: Torque output, Black: GND
	Cable length	2m (Φ5mm), or other customizable lengths
Signal Converter	Power supply	±15V DC, 24V DC (±0.4V)
	Power supply dissipation power	Less than 1W
	Response time	≥100mS
	Conversion accuracy	±0.1%F·S
	Signal input	Optoelectronic isolation. It is used with rotary torque sensor.
	F/V signal output	0-5V, 0-10V
	F/I signal output	4-20mA
	Operating temperature	-20℃~+60℃
	Humidity	0-90%RH
	Wiring	±15V DC: Red: V+, Blue: V-, Green: Speed output, Yellow: Torque output, Black: GND 24V DC: Red: 24V DC, Blue: Signal-, Green: Speed output, Yellow: Torque output, Black: GND
	Overall dimension (mm)	1589555 (LWH)
	Istallation dimension (mm)	143*43, 4-M3

Rotary Torque Sensor Dimensions (Units:mm)

Capacity Range	H	H1	D1	D2	n-d1*Depth	L1	L2	L3	L4	L5	L6	d2	h
20Nm	185	100	52	66	6-M6*10	2	2	115	135	45	80	7	12
50Nm	185	100	52	66	6-M6*10	2	2	115	135	45	80	7	12
100Nm	185	100	52	66	6-M6*10	2	2	115	135	45	80	7	12
200Nm	195	105	52	66	6-M8*12	3	3	125	150	60	90	7	12
500Nm	205	105	55	70	8-M8*12	3	3	130	160	60	90	9	15
1000Nm	213	110	60	80	8-M10*16	5	5	160	200	70	100	11	15
2000Nm	213	110	60	80	8-M10*16	5	5	160	200	70	100	11	15
5000Nm	286	150	80	136	8-M16*25	5	5	210	250	80	120	17	20

Tips: What factors affect the torque sensor output signal?

The device of the torque sensor should ensure that the coaxiality between the motor end and the load end is within 0.03-0.05mm. When the torque sensor works under the condition of poor coaxiality, the output data of it will be unstable. Long-term work under this condition will damage the torque sensor.
The field electromagnetic disturbance also has a great impact on the output signal of the torque sensor. The disturbance can be alleviated by connecting with an isolator to the power supply, or adding a magnetic ring to the cable.
The unstable power supply will also affect the signal output of the torque sensor. You can use a unique switching power supply for the torque sensor.

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