WOODWARD UG-8

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MOQ : 1 Piece

WOODWARD UG-8 Specification

Surface Finish
Powder Coated

Efficiency
High

Humidity %
Up to 95% non-condensing

Feature
High Reliability, Precise Speed Control

Operating Temperature
-30C to +100C

Overheating Protection
YES

Shape
Rectangular

Mounting Type
Flange Mounted

Product Type
Speed Governor

Application
Industrial Diesel Engine and Gas Engine Control

Protection Level
Standard

Rated Voltage
24 V DC (for accessories only)

Output Type
Mechanical Actuation

Color
Silver Grey

Dimension (L*W*H)
320 x 200 x 260 mm (approx.)

Weight
Approx. 10 kg

Size
Standard

Connection Type
Mechanical Linkage

Material
Cast Iron, Steel

Maximum Output Shaft Torque
7.5 Nm

Governing Range
10% to 100% Load

Compatible Fluids
SAE 10 to SAE 30 Oil

Lube Oil Capacity
0.7 Liter

Actuation
Mechanical, Hydraulic

Speed Range
350-1000 RPM (typical)

Speed Setting Adjustment
Manual (Hand Lever)

Response Time
Fast Response (<0.8 sec)

Output Shaft Rotation
37 Clockwise/Counterclockwise

WOODWARD UG-8 Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

About WOODWARD UG-8

The WOODWARD UG-8 is an eminent governor designed for industrial diesel and gas engine control, offering marvelously precise speed regulation across a 10% to 100% load range. Its customizable settings, including manual speed adjustment via hand lever, provide unparalleled flexibility, while fast response (<0.8 sec) ensures efficient process control. Thanks to robust cast iron and steel construction, plus a high-reliability standard, the UG-8 is ideal for demanding applications. Special rates, coupled with instant checkout, make it readily accessible from eminent Indian distributors for superior engine performance.

Versatile Applications and Usage Surfaces

The WOODWARD UG-8 governor is suited for various industrial surfaces, adapting well to rugged environments such as manufacturing floors, oil and gas installations, and power generation plants. This device excels in both continuous and intermittent usage types, ensuring high performance for diverse operational demands. Its flange-mounted, powder-coated finish and sturdy build make it durable for extended periods. Widely used in engine management systems, it enhances efficiency on metallic surfaces prone to vibrations.

Sample Availability, Certifications, and Order Dispatch

Samples of the WOODWARD UG-8 can be requested for evaluation, supporting confident purchase decisions. Our products hold necessary certifications, ensuring adherence to industrial standards and safety requirements. The FOB port is conveniently located in major Indian cities for smoother logistics. We streamline order processing for the domestic market and provide express shipping to minimize waiting times, delivering products swiftly and efficiently to your chosen location.

FAQ's of WOODWARD UG-8:

Q: How does the WOODWARD UG-8 enhance engine speed control?

A: The WOODWARD UG-8 provides precise manual speed adjustment and high reliability, resulting in stable and accurate engine speed control across a wide load range.

Q: What applications is the WOODWARD UG-8 best suited for?

A: It is ideal for controlling the speed of industrial diesel and gas engines in sectors like manufacturing, power generation, and oil and gas operations.

Q: Where can I order the WOODWARD UG-8 and request a sample?

A: You can order and request samples of the WOODWARD UG-8 directly from accredited distributors, exporters, suppliers, and traders across India.

Q: What is the process for customizing the WOODWARD UG-8 governor?

A: Customizable features, such as manual speed adjustment and mechanical linkage options, can be specified at the time of order for tailored performance.

Q: When will I receive my WOODWARD UG-8 after placing an order?

A: With instant checkout and express shipping, most orders are processed promptly and dispatched from the FOB port in major Indian cities, ensuring quick delivery.

Q: What are the main benefits of the WOODWARD UG-8 for industrial applications?

A: Key benefits include high efficiency, fast response, precise speed control, durability, overheating protection, and a robust design suited for industrial environments.

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