SmartGen SGMA63-630A Dual Power Automatic Transfer Switch User Manual
- July 10, 2024
- SmartGen
Table of Contents
- SmartGen SGMA63-630A Dual Power Automatic Transfer Switch
- Product Information
- Product Usage Instructions
- FAQs
- OVERVIEW
- STRUCTURE AND CHARACTERISTICS
- OVERALL DIMENSIONS AND CATEGORY
- WIRINGS
- WORKING CONDITION
- WIRING CONNECTION DIAGRAM
- INSTALLATION AND DEBUGGING
- ORDERING MODEL
- CONTACT
- References
- Read User Manual Online (PDF format)
- Download This Manual (PDF format)
SmartGen SGMA63-630A Dual Power Automatic Transfer Switch
Product Information
- Specifications
- Model: SGM/SGMA63-630A Series Dual Power Automatic Transfer Switch
- Power System: Grounded power system of two neutral points
- Input Voltage: AC400V 50/60Hz
- Rated Working Current: 16A~630A
- Switch Positions: Normal, Spare, Off
- Compliance: GB GB/T 14048.11 Low-voltage switchgear and controlgear
Product Usage Instructions
- Overview
- The SGM/SGMA63-630A series dual power ATS is designed for grounded power systems with two neutral points, operating at AC400V 50/60Hz and rated working current of 16A to 630A.
- It features a motor-driven structure with three switch positions: Normal, Spare, and Off. This automatic transfer switch is suitable for applications where power failure is not permissible, such as high-rise buildings, medical facilities, telecommunications, etc.
- Structure and Characteristics
- The SGM/SGMA63-630A series ATS adopts a motor-driven structure with a simple design. It includes an integrated manual operation handle for easy operation and debugging. The manual/remote control DIP switch allows for internal power supply control.
- When switched to manual mode, manual operation is restricted to ensure personal safety. The external wiring is straightforward, facilitating on-site installation and debugging.
- Overall Dimensions and Category
- The SGM/SGMA63-630A series ATS can be categorized into genset type (SGM series) and ATS type (SGMA series). It also comes in different shell frame types: 80A/4P, 125A/4P, 250A/4P, and 630A/4P.
- Each type can provide three-pole and four-pole switches, with SGM-80/4P and SGMA-80/4P also offering two-pole switch options.
FAQs
- Q: What is the application of the SGM series and SGMA series?
- A: The SGM series can be used for the genset controller with AMF function, while the SGMA series is designed for the ATS controller.
OVERVIEW
- SGM/SGMA63-630A series dual power ATS applies to the grounded power system of two neutral points, which requires AC400V 50/60Hz below, rated working current 16A~630A. Its structure is motor-driven type, and there are three positions for the switch: normal (Ⅰ), spare (Ⅱ), and off (0).
- It can be used in occasions where power failure is not allowed, such as high-rise buildings, medical heath, post and telecommunications, coal mines and ships, rail traffic, military, and fire facilities.
- This series products comply with the standard of GB GB/T 14048.11 ”Low-voltage switchgear and controlgear — part 6-1: Multiple function equipment —-Transfer switching equipment”.
STRUCTURE AND CHARACTERISTICS
SGM/SGMA63-630A series dual power ATS adopts a motor-driven structure, and the appearance design is simple. The integrated manual operation handle is easy to operate and debug; the manual/remote control DIP switch can control the internal power supply. When transferring to manual mode, the manual operation is only available to ensure personal safety. The external wirings are simple and clear, which is convenient for on-site installation and debugging.
Table 2 Model Difference
Model | Station | Electric Switch-off | Application |
---|---|---|---|
SGM (Genset) | Three | Manual Switch-off (available) | SGM series can be used for |
genset controller with AMF function
SGMA (ATS)| Three| ●| SGMA series can be used for ATS controller
OVERALL DIMENSIONS AND CATEGORY
INSTRUCTION
- SGM/SGMA63-630A series dual power ATS can be divided into two types according to their functions: genset type SGM series and ATS type SGMA series; while it can be divided into four types according to their shell frames: 80A/4P, 125A/4P, 250A/4P and 630A/4P.
- Three-pole and four-pole switches can be provided by each type, among which SGM-80/4P and SGMA-80/4P can also provide two-pole switches.
- The rated current sequence of the switch includes 63A, 80A, 100A, 125A, 160A, 200A, 250A, 400A, and 630A.
- The shapes of the switches are as follows:
Table 3 The Shapes of Switches
SGM/SGMA OVERALL DIMENSIONS AND TECHNICAL DATA
Table 4 SGM/ SGMA Series Overall Dimensions
Model | Dimensions (mm) | Mounting Hole Size(mm) | Copper Busbar Hole (mm) |
---|---|---|---|
A | B | H | A1 |
SGM-80A/4P SGMA-80A/4P | 230 | 115 | 155 |
23 | 14 | 9 | / |
SGM-125A/4P SGMA-125A/4P | 245 | 130 | 212 |
25 | 30 | 16 | 21.5 |
SGM-250A/4P SGMA-250A/4P | 295 | 175 | 175 |
29 | 27 | 9 | |
SGM-630A/4P SGMA-630A/4P | 430 | 272 | 228 |
58 | 38 | 42 | 12.5 |
Table 5 SGM/ SGMA Series Technical Parameter
Model| SGM(A) -63A /XP| SGM(A) -80A /XP| SGM(A) -100A /XP| SGM(A) -125A /XP|
SGM(A) -160A /XP| SGM(A) -200A /XP| SGM(A) -250A /XP| SGM(A) -400A /XP| SGM(A)
-630A /XP
---|---|---|---|---|---|---|---|---|---
Poles (P)| 2-p, 3-p, 4-p| 3-p, 4-p
Rated Current| 63A| 80A| 100A| 125A| 160A| 200A| 250A| 400A| 630A
Rated Volt.| AC400V
Rated Insul. Volt.| 690V
Impulse withstand Volt.| 8 kV
Category| AC-33B
Short-time| 10 kA| 10 kA| 10 kA| 25 kA
Model| SGM(A) -63A /XP| SGM(A) -80A /XP| SGM(A) -100A /XP| SGM(A) -125A /XP|
SGM(A) -160A /XP| SGM(A) -200A/XP| SGM(A) -250A /XP| SGM(A) -400A /XP| SGM(A)
-630A /XP
---|---|---|---|---|---|---|---|---|---
Withstand Current| | | |
Rated SC Ability| 17 kA| 20 kA| 30 kA| 50 kA
Rated Control Supply| AC230V
I-II or II-I Contact Trans. Time| 0.6s±50%| 0.6s±50%| 1.0s±10%| 1.5s±10%
Operation Cycle Times| Without
Current
| 8500| 8500| 7000| 3000
With
Current
| 1500| 1500| 1000| 1000
Total| 10000| 10000| 8000| 4000
Weight /4P| 2.3kg| 3.9kg| 8.7kg| 21.7kg
WIRINGS
Table 6 SGM Series Terminal Description
No. | Sign | Function | Remark |
---|---|---|---|
Control Terminal | 1 | C1N | I# Closed Control N-phase Input |
Closed Control
2| C1L| I# Closed Control L-phase Input
3| C2N| II# Closed Control N-phase Input| AC230V II# Closed Control
4| C2L| II# Closed Control L-phase Input
Feedback Terminal| 1| COM| Closed Feedback COM Port| Volts free feedback COM
port
2| F1| I# Closed Feedback Output| Volts free feedback output
3| F2| II# Closed Feedback Output| Volts free feedback output
DIP Switch| Manual| Manual Control| Manual/remote control, padlocking may
disable transfer when it is in manual position. Remote control is disabled
when it is in manual position and cannot control the switch by controlling the
terminal, only be available by manual transfer.
Remote| Remote Control
Manual Operation Handle| I-O-II| Position Sign| In manual mode, the operation
handle could be turned to I# closed/O open/II# closed position.
Table 7 SGMA Series Terminal Description
No. | Sign | Function | Remark |
---|---|---|---|
Control Terminal | 1 | C3 | Common N-line Input |
2 | C0 | Open Control Input | AC230V L-phase input |
3 | C1 | II# Closed Control Input | AC230V L-phase input |
4 | C2 | I# Closed Control Input | AC230V L-phase |
Feedback Terminal | 1 | COM | Closed Feedback COM Port |
port
2| F1| I# Closed Feedback Output| Volts free feedback output
3| F2| II# Closed Feedback Output| Volts free feedback output
DIP Switch| Manual| Manual Control| Manual/remote control, padlocking may
disable transfer when it is in manual position. Remote control is disabled
when it is in manual position and cannot control the switch by controlling the
terminal, only be available by manual transfer. When it is in a remote
position can control the switch by controlling the terminal.
Remote| Remote Control
Manual Operation Handle| I-O-II| Position Sign| In manual mode, the operation
handle could be turned to the I# closed/O open/II# closed position.
WORKING CONDITION
Table 8 Working Condition
Item | Requirements |
---|---|
Working Temperature | (-25~+70)ºC |
Working Humidity | (20~90)%RH |
Installation Height | ≤2000m |
Pollution Degree | 3-level |
WIRING CONNECTION DIAGRAM
SGM (Genset)
SGMA(ATS)
INSTALLATION AND DEBUGGING
- The installation and debugging of ATS should be carried out by professionals and persons who know the switchgear, the related protections and preventive measures must be considered during operating.
- The wirings of the main circuit must be in a way that the leads are not subjected to any pressure or force.
- Before installation and debugging, firstly check if the switch is damaged or has any harmful effects, meanwhile, check for loose wires that may be caused in transportation; clean up the dirt, especially the dirt on the surface of insulation parts, which may be caused by package materials during transportation or storage.
- When connecting the primary circuit, pay attention to the phase sequence of the two power supplies that should be consistent, while connecting the secondary circuit, it should strictly follow the wiring diagram listed in the user manual, at the same time, notice that the voltage level of power supply; switch must be well grounded during Considering in personal safety and the quickness of transferring, the handle is only used for debugging, users should not use the handle to operate with load.
- During debugging, firstly use the handle to operate, then perform the electrical operation by manual button if there is nothing abnormal, and finally go to the formal running.
ORDERING MODEL
NOTE: The ordering models are based on the actual product models of SmartGen.
Fig. 7 – Ordering Model
Table 9 Packing List
No. | Item | Qty. |
---|---|---|
1 | ATS | 1 |
2 | Installation Instructions | 1 |
3 | Arc-isolating Plate | 9 |
SGM/SGMA63-630A Series Dual Power ATS User Manual
CONTACT
- No. 28 Xuemei Street, Zhengzhou, Henan, China
- Tel: +86-371-67988888/67981888/67992951
- +86-371-67981000(overseas)
- Fax: +86-371-67992952
- Web:
- Email: sales@smartgen.cn.
All rights reserved. No part of this publication may be reproduced in any material form (including photocopying or storing in any medium by electronic means or other) without the written permission of the copyright holder. SmartGen reserves the right to change the contents of this document without prior notice.
Table 1 Software Version
Date | Version | Content |
---|---|---|
2024-03-07 | 1.0 | Original release. |
References
Read User Manual Online (PDF format)
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