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Lathe Machine Controller

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Lathe Machine Controller Specification

Voltage
415 V

Starting Type
Direct On Line (DOL)

Power Rating
1.5 kW

Current Type
AC

Rated Voltage
415 V

Efficacy
High Efficiency

Cooling Method
Air Cooled

Horse Power
2 HP

Poles Number
4

Rated Frequency
50 Hz

Torque
9.7 Nm

Pressure
Normal Atmospheric

Noise Level
65 dB

Bearing Type
Ball Bearing

Motor Type
Induction Motor

Features
LCD Display, Manual and Automatic Modes, Emergency Stop, Speed Regulation, Forward & Reverse Operation

Product Type
Lathe Machine Controller

Output Power
1.5 kW

Frequency (MHz)
50 Hz

Protect Feature
Overload and Short Circuit Protection

Phase
Three Phase

Speed
1440 RPM

Power
1.5 kW

Color
Gray

Dimension (L*W*H)
500 x 400 x 250 mm

Weight
18 kg

Shaft Diameter
28 mm

Mounting Type
Base Mounted

IP Rating
IP54

About Lathe Machine Controller

We are counted among the reputed business entities, engaged in manufacturing and supplying Lathe Machine Controller. The controller is used in automobile, printing, packaging and textile machinery. This range of controller is manufactured by our expert manpower using high quality components and materials. Suitable for turning cylindrical and taper faces, our Lathe Machine Controller is highly demanded in the market.

Features:

Easy to install
Heavy duty
Maintenance free

Lathe machine , 6 foot , Heavy Duty

Total Turnkey Project Solutions
Programming , Installation , Commissioning , Wiring , Documentation Circuit Diagram , Panel Building Design

Control Panel Building for Various other Industries

) Heavy Metal Industries

2)TubemillApplications

3) FurnaceHeater Switchgear Panels

4) HVAC applications

5)Printing , Packaging , Automobiles , Steel , Textiles , Tiles and Various other Industries.

Total Turnkey Project Solutions
Programming , Installation , Commissioning , Wiring , Documentation Circuit Diagram , Panel Building Design

Advanced Control Panel Design

The controller is housed in a powder-coated sheet metal panel for enhanced durability. Featuring an LCD display and providing both manual and automatic operating modes, it supports flexible, intuitive machine control. The emergency stop function and speed regulation further ensure safe and easy operation.

Seamless Communication and Reliable Performance

Equipped with compatibility for RS232 and RS485 interfaces, this controller enables smooth integration with industrial communication protocols. A rapid response time of under 0.5 ms combined with overload and short-circuit protections maximizes uptime and safeguards equipment.

Designed for Industrial Demands

Suitable for metalworking lathes and industrial automation controls, the unit handles power ratings up to 1.5 kW and 2 HP, with a high-efficiency, low-noise induction motor. The base-mounted, air-cooled design ensures reliable performance even under continuous heavy-duty operation.

FAQs of Lathe Machine Controller:

Q: How is the Lathe Machine Controller installed?

A: The controller is designed for panel mounting with four-corner fixing, ensuring secure and straightforward installation on control panels commonly used in industrial environments.

Q: What types of lathes and applications is this controller suitable for?

A: This controller is ideal for use with metalworking lathes and in industrial automation control systems, thanks to its robust construction and compatibility with three-phase induction motors.

Q: What are the key benefits of using this controller in industrial settings?

A: Benefits include high efficiency, rapid response (<0.5 ms), reliable overload and short circuit protection, manual and automatic operating modes, and versatile communication options for seamless integration.

Q: When should the emergency stop feature be used?

A: The emergency stop should be activated immediately if a hazardous situation arises, such as detected overload, unexpected motion, or operational anomalies, to ensure safety.

Q: How does the controller connect with other automation equipment?

A: It supports RS232 and RS485 communication interfaces, enabling easy integration with PLCs, networked control systems, and other automation hardware.

Q: Where can this controller be effectively utilized?

A: It is most effective in workshops, factories, and automation environments involved in metalworking processes, particularly where reliable speed regulation and motor control are essential.

Q: What is the process for regulating speed and direction of the connected motor?

A: Speed and direction can be adjusted using the integrated LCD display and control buttons, allowing for both forward and reverse operation as well as fine speed regulation, depending on process requirements.

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