YOKOGAWA SDV144 (2)

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YOKOGAWA SDV144 (2) Specification

Cooling Method
Natural Air Cooling

Working Temperature
-20C to +60C

Output Current
4-20 mA / 0-10 V

Operating Temperature
-20C to +60C

Current Range
4-20 mA

Output Type
Current / Voltage Output

Phase
Single Phase

Noise Level
Low Noise Operation

Features
DIN Rail Mountable, Status Indicator LED, Isolation Between Input and Output, Compact Design

Connector Type
Screw Terminal

Application
Industrial Automation, DCS and PLC Systems

Power Supply
24V DC

Product Type
Signal Converter Module

Input Voltage
24V DC

Voltage Protection
Overvoltage Protection Provided

Efficiency
High Efficiency Design

Material
Industrial Grade Components

Line Regulation
0.1% of output

Storage Temperature
-40C to +85C

Weight
Approx. 0.25 kg

Protection Level
IP20

Maximum Output Load
600 (at 24V for 20 mA output)

Response Time
< 25 ms

Dimensions
114 x 13 x 130 mm (H x W x D)

Accuracy
0.1% of span

Isolation Voltage
2000V AC for 1 min (Input/Output/Power)

Mounting Type
DIN Rail Mount

Compliance
CE Marked

Model Number
SDV144(2)

About YOKOGAWA SDV144 (2)

Buy the peerless YOKOGAWA SDV144 (2) DIN Rail Mount signal converter, favored in the market for its spectacular accuracy of 0.1% and uncommon efficiency. Backed by favorable reviews and widely utilised in DCS and PLC systems, this industrial-grade device boasts a robust 2000V isolation voltage, status indicator LED, IP20 protection, and compact dimensions. Capable of handling a 600 output load at 24V and 4-20 mA outputs, it excels in low noise environments, offers natural air cooling, and features advanced overvoltage protection. Utilise offer now for high-performance automation!

Applications and Site of Utilisation

YOKOGAWA SDV144 (2) is expertly designed for integration within industrial automation, Distributed Control Systems (DCS), and Programmable Logic Controller (PLC) systems. Used as a vital interface for converting signals, it excels in environments requiring precision and reliability, including manufacturing plants, power generation, and large-scale process industries. With its DIN Rail Mount and compact build, the SDV144 (2) ensures effortless installation and efficient usage in control panels, making it ideal for demanding operational conditions.

Export Market, FOB Port & Supply Dynamics

YOKOGAWA SDV144 (2) is predominantly exported to diverse industrial markets worldwide, reflecting its strong international demand. Major FOB (Free On Board) ports include key Indian ports for streamlined logistics. Suppliers readily accept purchase orders and process timely shipment of goods. Charge details and shipping conditions are outlined transparently for buyers, ensuring a smooth transaction. The stable supply ability enables traders to meet bulk industrial automation requirements efficiently, making procurement straightforward for global clients.

FAQs of YOKOGAWA SDV144 (2):

Q: How is the YOKOGAWA SDV144 (2) advantageous for industrial automation systems?

A: YOKOGAWA SDV144 (2) offers precise signal conversion, high accuracy, and dependable isolation, making it ideal for integration in DCS and PLC-based control systems within industrial automation environments.

Q: What applications is this unit commonly used for?

A: This device is commonly used in industrial automation, power generation, and process control industries, serving as an interface to convert current and voltage signals for data acquisition and control.

Q: Where can the YOKOGAWA SDV144 (2) be installed?

A: Due to its DIN Rail Mount design and compact dimensions, it can be easily installed in control panels within factories, manufacturing plants, and larger automated facilities.

Q: What is the process for placing a purchase order and shipping the SDV144 (2)?

A: To purchase the SDV144 (2), submit a purchase order to the supplier or trader. Once processed, the goods are shipped from major FOB ports in India, with all charges and timelines clearly communicated.

Q: What benefits does its isolation voltage and protection offer?

A: The 2000V AC isolation and integrated overvoltage protection enhance operational safety and reliability, minimizing risks of electrical faults in industrial environments.

Q: How does the low noise operation contribute to system performance?

A: Its low noise operation ensures accurate signal transmission with minimal interference, making it suitable for sensitive automation and measurement tasks.

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