Name: CL1-106 Flange Disc Dynamic Torque Sensor - Bearingless
Brand: Sino-Inst
SKU: CL1-106 Flange Disc Dynamic Torque Sensor - Bearingless
Availability: InStock

CL1-106 Flange Disc Dynamic Torque Sensor - Bearingless

Range: 50-10KNm;
Shortest installation length;
Integrated double flexible disc coupling coupling;
No bearing, eliminating the influence of bearing friction;
Non-contact;
High speed 30K RPM;
Small installation angle;

RFQ

CL1-106 Flange Disc Dynamic Torque Sensor Technical Parameters

Range	50-10KNm	Repeatability	±0.02%
Accuracy	±0.1， ±0.2%FS	Supply voltage	12~24VDC
Zero-point temperature effect	±0.02%FS	Supply current	Less than 100mA
Full-scale temperature effect	±0.02%FS	Electrical connection	8-Pin
Compensated temperature range	-10-60℃	Overload protection	200%FS
Operating temperature range	-20~75℃	Material	Shaft material 17-4PH stainless steel, housing is aluminum
Torque output	10±5kHz(5V amplitude), 0-±5VDC, 0-±10VDC, 0-5-10VDC, 4-12-20mA, 0-5V, 0-10V, 4-20mA, RS485, RS232, CAN, etc.
Options		Installation	Axial error ±0.2mm, angular error 0.4°
Rotation speed measurement	60 pulses/circle 4-20mA, 0-5VDC, 0-10VDC, RS485, RS232, CAN, etc.

Dimensions

Nm	A	B	b	C	D	E	F	G	H1	H2	J	M	L	N	h1	h2	h3	P
50,100,200	152	119	114	84	57	110	45	50	209	133	6-φ14	6-M8	13	20	15	1.5	2.7	6-φ8.2
5,001,000	174.6	139	134	101.5	75	130.4	51	54	232.2	144	8-φ17	8-M10	15.5	18	17	2	4.2	8-φ10.5
20,003,000	210	173	168	130	90	154	53	58	266	161	8-φ19	8-M12	15	20	18	2.5	4.2	8-φ12.5
5000	233	201	196	155.5	110	180	65.8	68	292	175.5	8-φ22	8-M14	20	22	20	2.8	4.2	8-φ14.5
10000	286	251	246	196	140	230	79	80.5	342	199	8-φ26	8-M16	22	22	22	3.5	4.2	8-φ16.5

Featured Applications

The bearingless flange disc dynamic torque sensor is a torque sensor that can dynamically measure torque and speed. It can collect torque and speed signals at high speed and high precision, and supports various output methods.

It has a smaller axial size in dynamic torque and a removable measuring shaft, which is suitable for a variety of installation environments. It greatly simplifies the installation steps and also makes the sensor have certain anti-coaxial characteristics.

The torque sampling and signal output rates of the CL1-106 Flange Disc Dynamic Torque Sensor are both above 3000Hz, which can be used in occasions that require high-speed torque acquisition. Output analog or communication torque and speed signals.

Very suitable for test bench applications. Such as engine, dynamometer and electric motor test bench, wheel load simulation test bench, gearbox and pump test bench and other applications. Also mainly used for:

Detection of output torque and power of rotating power equipment such as motors, engines, internal combustion engines;
Detection of torque and power of fans, water pumps, gearboxes;
Detection of torque and power in railway locomotives, automobiles, tractors, aircraft, ships, and mining machinery;
It can be used for torque and power detection in sewage treatment systems;
It can be used in process industries and process industries.

Installation

The dynamic disc torque sensor consists of a stationary housing and a rotating disc;
The two ends of the rotating disc are connected to the power and load respectively through flange couplings;
The stationary housing is fixed on the base. Adjust the gap to ensure that there is no contact between the stationary housing and the rotating disc!

Signal output and signal acquisition

(1) Basic forms of torque signal output:
Square wave signal, pulse signal, 0-20mA, 4-20mA, 1-5V, 0-5V, O-10V.
It can be made into voltage analog signal output or current analog signal output (unidirectional, static torque measurement) according to user needs.

(2) Torque signal processing form:
The frequency signal output by the torque sensor is sent to a frequency meter or digital meter to directly read the frequency signal or voltage and current signal proportional to the torque.

The torque and frequency signals of the torque sensor are sent to the secondary instrument of the single-chip microcomputer. Directly display the real-time torque value, speed and output power value and RS232 communication signal. Directly send the frequency signals of torque and speed to the computer or PLD for processing.