Modulating Type Actuator

Modulating Type Actuator Specification

Power Factor
0.85

Feature
Position Feedback, Adjustable Travel Limit

Efficiency
High Efficiency

Humidity %
95% RH (Non-Condensing)

Insulation Material
Class F Insulation

Shape
Rectangular

IP Rating
IP67

Mounting Type
Flange Mounting

Connector Type
Screw-Terminal

Operating Temperature
-10C to 55C

Overheating Protection
Thermal Protection Built-in

Surface Finish
Powder Coated

Product Type
Modulating Type Actuator

Application
Valve Automation, Flow Control

Protection Level
IP67

Frequency (MHz)
50

Rated Voltage
230 V AC

Energy Consumption
18 W

Output Type
Rotary Motion

Color
Blue/Grey

Dimension (L*W*H)
220 mm x 105 mm x 130 mm

Weight
4.2 kg

Input Voltage
230 V AC

Size
15 Nm

Phase
Single Phase

No Of Poles
2

Material
Aluminum Die Cast

Connection Type
Terminal Block

Position Indicator
Mechanical

Manual Override
Available

Response Time
10~20 sec/90

Motor Type
Synchronous Motor

Cable Entry
2 x M20

Enclosure Material
Weatherproof Aluminum Housing

Ingress Protection
IP67 weather proof

Gear Type
Self-Locking

Torque Output
15 Nm

Control Signal
4-20 mA / 0-10 V DC

Duty Cycle
S2-30min

Limit Switches
2 SPDT (Open/Close)

Modulating Type Actuator Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
1000 Pieces Per Month

Delivery Time
7 Days

About Modulating Type Actuator

The Modulating Type Actuator stands out as a top-rated, highly recommended solution for precise valve automation and flow control. Delivering an optimum torque output of 15 Nm, this actuator features impeccable design and high efficiency for demanding industrial environments. Its weatherproof aluminum housing, adjustable travel limits, and mechanical position indicator ensure remarkable durability and control accuracy. Competitive pricing makes this actuator a smart investment for manufacturers and suppliers in India seeking reliable performance paired with advanced features such as self-locking gear, thermal protection, and IP67 ingress protection.

Versatile Applications & User Direction

The Modulating Type Actuator is engineered for flange mounting and is most effective in valve automation and flow control applications. It is easy to integrate via terminal block connections, with straightforward direction of use suitable for energy industries and process plants. Widely used by engineers, technicians, and facility operators, its adaptability makes it an indispensable tool for automated systems across various industrial sectors.

Sample Policy, Pricing & Supply Information

We offer flexible sample policies to meet your evaluation needs, ensuring clients can assess function before full acquisition. With FOB port services and a steady supply ability, we guarantee both sale price and lowest price benchmarks for bulk and individual orders. Our competitive terms ensure customer satisfaction, making the Modulating Type Actuator the preferred choice for buyers seeking reliable supply and excellent value.

FAQ's of Modulating Type Actuator:

Q: How does the Modulating Type Actuator enhance flow control efficiency?

A: The actuator offers precision rotary motion and adjustable travel limits, allowing for accurate valve positioning and improved flow regulation. Its high efficiency and rapid response time contribute to seamless process automation.

Q: What are the primary applications for this actuator?

A: Primarily designed for valve automation and flow control, the actuator is also suitable for energy, water treatment, and various process industries requiring reliable rotary motion and position feedback.

Q: When should manual override be used on the actuator?

A: Manual override is recommended during power failure or maintenance operations to manually control valve positions, ensuring continued system functionality without electrical input.

Q: Where is the actuator typically installed?

A: It is commonly mounted on industrial valves using flange mounting, especially in environments with high humidity and temperature variations due to its weatherproof and IP67-rated housing.

Q: What is the process for connecting the actuator to a control system?

A: Connection is straightforward via screw-terminal or terminal block, supporting standard control signals (4-20 mA / 0-10 V DC), making system integration quick and efficient.