Japan, Length Sensors, Line Seiki, Measurement
Line Seiki CR Series Length Sensors
Product Made in Japan
Manufacturer: Line Seiki
Model: CR Series
Description
- The CR Series is a multi-resolution Length Sensor. It is ideal for length measuring applications that demand high-resolution measurements.
- The CR Series is available in 1m, 0.1m and 0,01m resolutions.
- It is equipped with 2 rubber wheels that convert rotational movement to pulses which can be fed to an electronic or electromagnetic counter to display measured value.
- CR Series is Open Collector Output.
- Meter and Yard wheels options are available.
Specification
| Model | Sensor | Unit | Speed | Weight | Rotation Torque | Proper Counter |
| CR-3:1AC | Photoelectronic Sensor, 1 Non-contact Output ( Open Collector Output ) | 1m | 700meter/minute | 605g | 20mN.m | Electronic Counter |
| CR-3:10AC | 10cm | 700meter/minute | ||||
| CR-3:100AC | 1cm | 250meter/minute | ||||
| CR-3:1RC | Photoelectronic Sensor, 2 Non-contact Outputs ( Open Collector Output, 90‹ Quadrature Output ) | 1m | 700meter/minute | 610g | Bi-directional Electronic Counter | |
| CR-3:10RC | 10cm | 500meter/minute | ||||
| CR-3:100RC | 1cm | 250meter/minute |
| Model | Output | Power source | Current consumption | Maximum load current | Cable Type |
| CR-3:1AC, CR-3:10AC, CR-3:100AC | 1 Output | DC5 – 24V ±10% | 35mA | 100mA | 2-meters, Shielded Cable |
| CR-3:1RC, CR-3:10RC, CR-3:100RC | 2 Outputs (90°Quadrature) | 44mA |
| Ambient Temperature: Operating | -10 – +50°C (Non-freezing) | Ambient Humid. : Operating | 35 – 85% (Non-Condensing) |
| Structure Protection | IP41 (IEC 60529) | Compliance | CE, RoHS |
Application
Cut-to-length operation
In the domain of cut-to-length procedures, especially when managing materials such as textiles, paper, and plastic, it becomes essential to emphasize the harmonious collaboration between counters and CT1/CS pulse generators. This partnership is integral to ensuring precision and efficiency throughout the process. These two essential components work in tandem to ensure precise and efficient outcomes. These two components collaborate in a synchronized manner to guarantee exact and efficient results across the entirety of the process.
