SLC 1746 MODULE 1746-NI04V

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SLC 1746 MODULE 1746-NI04V Specification

Features
4 Isolated Analog Outputs, Removable Terminal Block, Diagnostics LEDs, Hot Swap Support

Output Type
Analog Voltage Output

Cooling Method
Convection Cooling

Power Supply
24V DC (From Backplane)

Application
Industrial Automation

Operating Temperature
0C to 60C (32F to 140F)

Connector Type
Removable Terminal Block

Working Temperature
0C to 60C (32F to 140F)

Product Type
SLC 1746 MODULE

Input Voltage
24V DC (Backplane-powered)

Material
Plastic, Electronics

Storage Temperature
-40C to 85C

Weight
Approx. 285g (0.63 lbs)

Module Type
1746-NI04V Analog Output Module

Dimensions (HxWxD)
140 x 35 x 87 mm (5.5 x 1.38 x 3.43 in)

Resolution
12-bit

Backplane Current Load
200 mA at 5V DC; 100 mA at 24V DC

Channels
4 Analog Output Channels

Output Voltage Range
0-10V DC or ±10V DC, individually selectable

Mounting Type
DIN Rail or Panel Mount

About SLC 1746 MODULE 1746-NI04V

Upgrade your automation system with the SLC 1746 MODULE 1746-NI04V, a world-class analog output masterpiece available at sizzling clearance rates. This splendid 4-channel module delivers unrivalled accuracy with 12-bit resolution and supports a versatile 010V DC or 10V DC output range, individually selectable for precision control. Experience reliable performance with 4 isolated analog outputs, diagnostic LEDs, and hot swap support. Purchase now and harness its robust industrial-grade construction, effortless DIN rail or panel mounting, and cutting-edge convection coolingan essential for serious industrial automation applications.

Usage & Applications of SLC 1746 MODULE 1746-NI04V

Ideal for industrial automation, the SLC 1746 MODULE 1746-NI04V is used for precise analog voltage control across diverse applications. With 4 isolated analog outputs and a 12-bit resolution, it excels in environments requiring dependable analog signal transmission. The modules removable terminal block, hot swap capability, and diagnostic LEDs make installation and maintenance straightforward, establishing it as a splendid choice for engineers seeking reliability and flexibility in process control systems.

Domestic Market, Shipment, and Payment Terms

The SLC 1746 MODULE 1746-NI04V is available across India, with shipment and dispatching times optimized for efficiency. Shipped goods are secured to reach clients promptly, typically within standard delivery windows stated at purchase confirmation. Payment terms accommodate various trader preferences, ensuring smooth transactions. Each shipment is managed professionally, maintaining the highest quality of goods in transit, making it the preferred module for suppliers and traders seeking streamlined procurement.

FAQs of SLC 1746 MODULE 1746-NI04V:

Q: How can I benefit from using the SLC 1746 MODULE 1746-NI04V in my automation projects?

A: The module delivers world-class accuracy and reliability with its 12-bit resolution and isolated 4-channel analog output, ensuring precise control and enhanced system flexibility in industrial automation environments.

Q: What are the main features of the SLC 1746 MODULE 1746-NI04V?

A: Key features include four individually selectable analog outputs, 12-bit resolution, hot swap support, diagnostic LEDs, removable terminal blocks, and robust convection coolingmaking installation and operation efficient.

Q: Where can this module be mounted during installation?

A: You can mount the SLC 1746 MODULE 1746-NI04V using either DIN rails or panel mounting, offering adaptability for various industrial setups and quick integration into control cabinets.

Q: What is the process of shipment and delivery for the SLC 1746 MODULE 1746-NI04V?

A: Shipped goods are dispatched promptly after order confirmation, with delivery times communicated upfront. Shipments are managed securely to ensure timely and safe arrival across Indias main domestic market.

Q: How does hot swap support enhance the usage of this module?

A: Hot swap support allows users to replace or upgrade the module without shutting down the entire system, reducing downtime and streamlining maintenance activities in demanding environments.

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