OMRON PLC, CP1W-TS101

OMRON PLC, CP1W-TS101 Specification

Efficiency
High, Digital Signal Input

Phase
Single Phase

Mounting Type
DIN-rail Mount

Input Current
Approx. 0.1A @ 5V DC

Frequency
50/60 Hz

Operating Temperature
0 to 55C

Humidity
10% to 90% (No Condensation)

Rated Voltage
24V DC

Protection Level
IP20

Main Material
Plastic, Electronic Components

Processing Type
Digital Input Module

Condition
New

Function
Thermocouple Input Unit

Application
Temperature Sensor Input to PLC

Dimension (L*W*H)
90 65 31 mm

Power Mode
DC Powered

Voltage
5V DC (from PLC) or 24V DC (from PLC main unit)

Power Consumption
0.4W (typical), 0.7W (max)

Accessories
User Manual

Storage Temperature
-20 to 75C

Number of Inputs
2 Channels

Compatible PLC Series
OMRON CP1E, CP1H, CP1L, CP1W Series

Model Number
CP1W-TS101

Input Type
Thermocouple

Connectivity
Direct Module-to-PLC Slot

Weight
Approx. 110g

Input Resolution
1C

Insulation Resistance
20 M min. (at 500 VDC)

Input Signal Range
Thermocouple K, J, T, E, L, U, N, R, S, B

Isolation
Photocoupler Isolation

LED Indicators
Input Status Indicator for Each Channel

About OMRON PLC, CP1W-TS101

Discover the latest OMRON PLC CP1W-TS101 Thermocouple Input Module, now available at clearance prices for a limited time! This exclusive unit features immaculate build quality, first-class digital input with photocoupler isolation, and a polished two-channel design tailored for OMRON CP1 series PLCs. Its broad thermocouple compatibility (K, J, T, E, L, U, N, R, S, B) ensures exceptional measurement flexibility. With high-resolution 1C accuracy and robust protection (IP20), this new module guarantees seamless, efficient, and dependable temperature sensor integration for industrial control systems.

Versatile Industrial Thermocouple Input Unit

The OMRON PLC CP1W-TS101 is designed for temperature sensor input, ideal for digital processing environments in manufacturing and automation. Installation is straightforward with DIN-rail mounting, providing a direct module-to-PLC slot connection. Suitable for use by maintenance technicians, automation engineers, and plant operators, its use type covers industrial temperature monitoring. The device offers precise and reliable performance, enhancing productivity and ensuring safety in complex control applications.

Efficient Domestic Shipment and Stock Readiness

OMRON PLC CP1W-TS101 is readily available for domestic supply across all major markets. With stock ready and prompt shipment capabilities, clients can expect quick order processing and minimal lead times-typically delivering within a week. As a top-quality supplier, trader, and wholesaler in China, we guarantee a high supply ability, catering both to bulk and urgent individual orders. Each unit ships with full accessories and a detailed user manual for immediate setup.

FAQ's of OMRON PLC, CP1W-TS101:

Q: How do I install the OMRON CP1W-TS101 Thermocouple Input Module?

A: The module is designed for easy DIN-rail mounting and connects directly to compatible OMRON PLCs through a module-to-PLC slot, ensuring hassle-free setup for industrial environments.

Q: What thermocouple types does the CP1W-TS101 support?

A: This input unit supports a wide range of thermocouple types, including K, J, T, E, L, U, N, R, S, and B, ensuring flexible temperature measurement for various applications.

Q: When can I expect delivery after placing an order?

A: Orders for the CP1W-TS101 are typically processed promptly, with stock ready for immediate shipment. Most domestic deliveries are completed within a week of order placement.

Q: Where can the OMRON CP1W-TS101 be used?

A: The unit is suitable for industrial automation, manufacturing, and process control settings where precise temperature input and monitoring are critical.

Q: What are the main benefits of using this thermocouple input module?

A: The CP1W-TS101 offers high input resolution, robust photocoupler isolation, reliable LED status indicators for each channel, and seamless integration with OMRON CP1 series PLCs, ensuring efficient and accurate temperature data acquisition.