Moore Industries ECA-DIN Current/Voltage Alarm User Manual


Moore Industries ECA-DIN Current/Voltage Alarm User Manual - cover page
Brand
Nii
Category
Industrial Supply
Document type
User Manual
Language
Chinese
Pages
2
File format
PDF
File size
801 KB
Published
01 April, 2012
Updated
01 April, 2012
MD5 checksum
5649B4479EBD0547CA6CF05933C14041

About this manual

The ECA-DIN is a rugged, metal‑enclosed alarm unit designed for continuous process control and factory automation. It receives current or voltage signals from field transmitters and displays high/low status, while providing dry‑contact outputs such as alarms, buzzers, or lights when limits are exceeded.

The manual covers installation dimensions, wiring, adjustable alarm points, performance specifications, selectable options (e.g., dead‑band adjustment, TX power supply), and detailed configuration tables for dual‑channel alarm types, power supplies, and environmental ratings. This manual is written in Chinese.

What's inside

  • Description
  • Installation
  • Performance
  • Selection Guide
  • Input Specifications
  • Output Specifications
  • Alarm Settings
  • Power Supply
  • Options
  • Packaging

Specifications

Repeatability0.1% of full scale
Stability0.2% of full scale
Alarm dead‑band1‑20% of range
Response time≤0.5 ms
Power loss (typical)1.53 W
Power loss (max with TX)3.5 W
Operating temperature-25 °C ~ +70 °C
Storage temperature-40 °C ~ +85 °C
Input impedance (current)0.002 Ω
Input impedance (voltage)160 kΩ
Input overload (DC current)200 % of range
Input overload (DC voltage/AC current)150 % of range
RFI/EMI immunity10 V/m
Weight454 g

Frequently asked questions

What is the typical power consumption of the ECA‑DIN?

The device normally consumes about 1.53 W, rising to a maximum of 3.5 W when the TX option is used.

What temperature range can the ECA‑DIN operate in?

It operates from –25 °C up to +70 °C, and can be stored between –40 °C and +85 °C.

How much input current overload can the device tolerate?

The ECA‑DIN can handle a DC current overload up to 200 % of its full‑scale range.

What is the alarm dead‑band setting range?

The alarm dead‑band can be adjusted between 1 % and 20 % of the measurement range.

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