Weight:1.82 kg
Electrostatic Discharge:15 kV
Dimensions:14L x 11H x 4D (inches)
Enclosure Type:NEMA 4
Program Upload/Download Capability:Yes
Input Voltage:18–32 Vdc
Keypad/Display:30 Analog Keys
Manufacturer:WOODWARD
Operating Temperature:-13C to +149F
Output Type:2 Actuator Outputs, 8 Relay Outputs, 6 Programmable Current Outputs
Resolution:2 Rows of 12 Characters
Shock Protection:Meets US MIL-STD-810C, method 516.2-1, procedure 1B
Engineered for seamless integration into complex industrial automation environments, the WOODWARD 9907-205 Handheld PLC Programmer provides unparalleled convenience and efficiency. This compact device allows engineers and technicians to program control modules on-site, reducing downtime and improving operational productivity.
Featuring a rugged design suitable for extreme temperatures ranging from -13°C to +149°F, this handheld programmer ensures reliability in challenging industrial conditions. It supports both program upload and download capabilities, streamlining the setup process and enabling quick adjustments to control systems.
With electrostatic discharge resistance of 15 kV, the WOODWARD 9907-205 ensures robust protection against electrical disturbances common in industrial settings. Its compact size (14L x 11H x 4D inches) and lightweight design (1.82 kg) make it highly portable, facilitating easy transport and use across various locations within a facility.
Equipped with 30 analog keys and a display capable of 2 rows of 12 characters, the WOODWARD 9907-205 offers intuitive operation and clear feedback, making it accessible to users with varying levels of technical expertise. The programmable current outputs, actuator outputs, and relay outputs provide flexibility in configuring diverse control applications.
Certified by CE, UL, and cUL, the WOODWARD 9907-205 adheres to strict international safety standards, ensuring compliance and peace of mind for end-users. Additionally, its shock protection meets the stringent requirements of US MIL-STD-810C, guaranteeing durability and reliability in demanding environments.
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