Woodward 9907-167 Digital Governor

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 Range:-13°C to +149°F

Output Type:2 Actuator Outputs, 8 Relay Outputs, 6 Programmable Current Outputs

Resolution:2 Rows of 12 Characters

Standards Compliance:[“US MIL-STD-810C, method 516.2- 1, procedure 1B”]

Shock Protection:Meets US MIL-STD-810C

Weight Before Shipping:<10lbs.

    The Woodward 9907-167 Digital Governor boasts a compact yet robust design, engineered for longevity and durability in demanding industrial environments. Its NEMA 4 enclosure ensures protection against dust, water, and corrosive substances, guaranteeing reliable operation in harsh conditions.

    With a versatile input voltage range of 18 to 32 Vdc, this digital governor is adaptable to a wide array of power sources, making it suitable for diverse industrial applications. The inclusion of 30 analog keys offers precise control over system parameters, while its programmable outputs enable customization to meet specific operational needs.

    Operating within a temperature range from -13C to +149F, the 9907-167 Digital Governor ensures stable performance across varying environmental conditions, crucial for industries operating in extreme climates. Its shock protection certification aligns with military standards, offering unparalleled resilience against mechanical stresses and vibrations.

    Featuring two actuator outputs, eight relay outputs, and six programmable current outputs, this module provides comprehensive control capabilities, allowing for sophisticated system integration and automation. The high-resolution display ensures clear visualization of system status, enhancing operational efficiency and ease of monitoring.

    Crafted from premium materials, the Woodward 9907-167 Digital Governor combines cutting-edge technology with robust construction, delivering superior performance and reliability in industrial control systems. This makes it an indispensable component for facilities requiring precise and dependable control mechanisms.