Honeywell CC-PDIL01 CC-PDOB01 CC-PAIN01 Digital Input Module
The Honeywell CC-PDIL01, CC-PDOB01, CC-PAIN01 Digital Input Modules are designed for industrial control systems, providing reliable input signals for various applications, including safety barriers and automation processes.
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Content details
Operating Voltage:12VDC
Input Resistance:10kΩ
Signal Type:Digital
Connection Type:MODBUS RTU
Environmental Temperature Range:-40°C to +85°C
Power Consumption:Max 50mA @ 12VDC
Communication Speed:9600 bps
Relay Contacts:1 Form A
Accuracy:±1% of full scale
Housing Material:ABS Plastic
Dimensions:70mm x 44mm x 22mm
Weight:100g
Honeywell’s CC-PDIL01, CC-PDOB01, CC-PAIN01 Digital Input Modules offer precision and reliability in industrial environments. They are specifically engineered to provide robust signal input capabilities, crucial for the seamless operation of safety barriers and automation systems.
Featuring industry-standard connectors, these modules support a variety of input types including TTL, CMOS, and CTC signals, ensuring compatibility across different systems and devices. With a versatile operating voltage of 12V DC and a maximum input current of 20mA, they can handle a wide range of signal demands.
Designed with durability in mind, these modules operate efficiently within extreme temperatures ranging from -40°C to +85°C during operation and from -55°C to +125°C when stored. Their isolation voltage of at least 2500VAC ensures effective electrical separation, enhancing safety and reliability.
For enhanced functionality, these modules offer optional relay outputs with a contact rating of 24V DC, 50mA, enabling direct control of actuators or relays in your system. Additionally, they support communication interfaces through RS-232 and RS-485, facilitating seamless data exchange and integration.
With their compact and modular design, these Honeywell modules are easily integrated into existing setups, featuring panel mount options or compatibility with DIN rails. This flexibility allows for efficient installation and space optimization in diverse industrial settings.