Xinling Electrical SSJ-10/20/30 Series Static Time Relay User Manual

User manual for Xinling Electrical SSJ‑10/20/30 static time relays covering specifications, wiring, installation and maintenance.


Xinling Electrical SSJ-10/20/30 Series Static Time Relay User Manual - cover page
Brand
Xinling
Category
Other
Document type
User Manual
Language
Chinese
Pages
14
File format
PDF
File size
461 KB
Published
06 April, 2012
Updated
30 September, 2026
MD5 checksum
32D45E3938ED44D8B84B487E8A7C13F3

About this manual

The SSJ‑10/20/30 series static time relays are designed for use in protection and automation devices as delay elements. They employ imported CMOS integrated circuits and consist of an oscillator, frequency divider and three‑stage pulse counter, providing high precision and noise‑free operation.

The manual provides an overview of the relay series, model designations, main technical parameters, terminal and internal wiring diagrams, installation dimensions, ordering information, and detailed instructions for debugging, use and maintenance. This manual is written in Chinese.

What's inside

  • Overview
  • Model Designation
  • Main Technical Parameters
  • Terminal and Internal Wiring
  • Installation Dimensions
  • Ordering Information
  • Debugging, Use and Maintenance

Specifications

Power consumption≤ 8 W
Contact capacity5 A continuous, 2 A breaking at ≤250 V (5 ms inductive load)
Insulation resistance≥ 300 MΩ (room temperature)
Delay range (A series)0.02 s – 9.99 s
Delay adjustment step0.01 s

Frequently asked questions

What is the maximum power consumption of the relay?

The relay consumes no more than 8 W at its rated voltage.

What are the contact ratings?

The contacts can carry a continuous current of 5 A and break up to 2 A at a voltage not exceeding 250 V (5 ms inductive load).

What insulation resistance is required?

Insulation resistance must be at least 300 MΩ measured with a 500 V test voltage at room temperature.

What is the smallest delay adjustment increment?

The smallest adjustable step is 0.01 s.

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