Wuxi Wanfang Dyeing & Finishing Machinery Co., Ltd.

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Wanfang technology has been widely used in China's textile printing and dyeing industries, making significant contributions to automation control
Center-to-edge device
SH-TB10A infrared edge detection device
The SH-TB10A infrared edge detection device is a new generation edge detection device integrating optics, mechanics, and electronics, widely used in the textile printing and dyeing industry. It is typically applied at the inlets of hot air stenter setting machines and packaging equipment. When the fabric edge at the feeding section constantly changes, this device can automatically adjust the position of the needle plate and chain rail, thereby correctly guiding the fabric edge into the needle plate and ensuring consistent pinning width at the fabric edge.
Product Details

Product Description

The SH-TB10A infrared edge detection device is a new generation edge detection device integrating optics, mechanics, and electronics, widely used in the textile printing and dyeing industry. It is typically applied at the inlets of hot air stenter setting machines and packaging equipment. When the fabric edge at the feeding section constantly changes, this device can automatically adjust the position of the needle plate and chain rail, thereby correctly guiding the fabric edge into the needle plate and ensuring consistent pinning width at the fabric edge.

The SH-TB10A infrared edge detection device uses far-infrared light detection, offering advantages unmatched by ordinary light or mechanical sensors. Not only is its anti-interference capability greatly superior to ordinary photoelectric sensors, but its sensitivity is also higher than ordinary photoelectric and mechanical sensors. It has almost no requirements for fabric color and thickness. Meanwhile, the variable frequency control system provides a wide speed adjustment range, capable of adapting to different speed requirements, with fast tracking speed, constant torque, good stability, and extremely low failure rate, ensuring long-term stable operation of the device. The mechanical transmission system adopts cycloidal pin wheel drive with rack and pinion, featuring small size, large transmission ratio, high transmission accuracy, and large transmission torque. This device can be matched with any model of setting machine or stenter, and can also be used for technical transformation of any model of older setting machines or stenters.

System Characteristics

Position Accuracy ≤1mm
Driving Force ≥3500N
Maximum Allowed Speed 120m/min
Power Supply Single-phase 220V 50Hz or Three-phase 380V 50Hz
Maximum Tracking Speed 180mm/s
Response Time ≤150ms

Main Technical Specifications

Three-phase Asynchronous Variable Speed Motor Rated Power 370W
Three-phase Asynchronous Variable Speed Motor Rated Speed 1400r/min

Infrared Sensor

Operating Mode Non-contact Digital Ten-level LED Indication of Fabric Position
Proportional Output Effective Stroke 6mm
Power Supply 12V
Analog Output Voltage -10V-0V-10V
Total Current Approx. 300mA (One Pair)
Operating Environment Requirements Infrared Sensor -30~75℃, Motor -30~50℃, Controller -30~50℃, Relative Humidity ≤85%
Drive Mechanism
Control Switch