Current Transformers

Model 186 Current Transformer

Optimal for remote sensing of AC current signals

Converts AC current signal to 0-10 ACV signal

For use with rectifier type analog panel meters or digital indicators

Perfect for low current measurement where a donut current transformer would not sense a signal

Ordering Information

Range

VA

Cat. Number

0-100mA

0.50

01295

0-500mA

0.53

01304

0-5Amp

0.40

01312

0-10Amp

1.45

01314

0-15Amp

1.05

01315

0-20Amp

1.04

01316

0-25Amp

1.50

01317

0-30Amp

1.10

01318

0-40Amp

1.09

01319

0-50Amp

1.90

01321

 

 

 

Dimensions

2.43”

2.00”

1.75”1.38”

1.40”

.94”

2.43”

1.75” .69”

.75”

1.12”

2.375”

2.81”

Current Transformers with Terminals

Reduces high AC current signal to 5 amp AC signal

Use with analog and 5 amp AC digital indi- cators

Specifications

Accuracy

±2.0% (100 Amp)

 

±1.0% (100-1000 Amp)

Frequency

50-400 Hz

Insulation Class

0.6kV BIL

 

10kV full wave

Weight

1.0lb (453.59g)

Dimensions

3.53”

3.00”

0.44”

0.21” X 0.31”

3.78” 1.77”1.09” 2.15

1.83”

2.75”

1.56” DIA

Ordering Information

 

Burden

 

Range

VA@60Hz

Catalog Number

100:5

2.0

37020

150:5

5.0

37021

200:5

5.0

37022

300:5

12.5

37023

500:5

20.0

37024

1000:5

25.0

37025

 

 

 

For more information, visit www.simpsonelectric.com

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Simpson Electric 186 specifications Current Transformers

186 specifications

Simpson Electric 186 is a sophisticated digital timer designed to enhance productivity and efficiency across various industrial applications. Known for its reliability and precision, the 186 model offers a wide range of features that make it suitable for both automation and process control.

One of the standout characteristics of the Simpson Electric 186 is its user-friendly interface. Equipped with an intuitive keypad and a bright LCD display, operators can easily program and monitor time settings. The display provides clear visibility in diverse lighting conditions, ensuring that users can quickly read operational status and remaining time.

The device features multiple timing modes, including ON/OFF, interval, and repeat cycle, allowing it to adapt to various operational requirements. With a timing range that extends from milliseconds to hours, the Simpson Electric 186 can manage both short-duration tasks and longer processes seamlessly.

In terms of connectivity, the 186 model excels with its compatibility with both relay and solid-state outputs. This versatility enables it to integrate effortlessly into existing systems, enhancing control capabilities without necessitating significant modifications to current setups. Additionally, the device supports multiple voltage standards, making it suitable for a global market where electrical specifications may differ.

Another notable feature is the advanced programming capabilities of the Simpson Electric 186. Users can store up to 16 preset times, allowing for rapid switching between different timing configurations, which is particularly beneficial in batch operations. Furthermore, the product includes an adjustable delay function that assists in commencing operations only when predefined conditions are met.

The durability of Simpson Electric 186 is noteworthy. Constructed with robust materials, it is designed to withstand harsh environments typically found in industrial settings, while providing consistent performance over an extended period. The unit is also equipped with built-in surge protection, minimizing the risk of damage from electrical spikes.

In terms of safety, the device includes features such as lockout functions to prevent unauthorized changes to settings and built-in diagnostics to monitor operational integrity. This comprehensive safety approach ensures that processes remain uninterrupted and secure.

Overall, Simpson Electric 186 stands out as a versatile and robust timer, perfectly tailored for modern industrial applications. Its combination of ease of use, advanced programming features, and strong durability makes it a top choice for professionals in the field looking to enhance their operational efficiency and effectiveness.