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CS5P 4x3150A Technoelectric Automatic Transfer Switch
- CS5P 4x3150A Technoelectric Automatic Transfer Switch
- CS5P 4x3150A Technoelectric Automatic Transfer Switch
- CS5P 4x3150A Technoelectric Automatic Transfer Switch
CS5P 4x3150A Technoelectric Automatic Transfer Switch
TECHNOELECTRIC TRANSFER SWITCH USAGE ADVANTAGES:
1) Thanks to its compact structure, it occupies less space than two contactors, TMŞ (Transfer Switch) or ACB (Accelerated Circuit Breaker).
2) It operates both manually and automatically.
3) The contactor has a high short-circuit capacity (100kA) not found in TMŞ or ACB.
4) It is manufactured according to IEC 60947-3, i.e., load disconnect switch standards. It can operate under direct load.
5) It has a 10A porcelain fuse to protect its motor and PCB.
6) Thanks to its auxiliary contacts, a signal can be received for visual or audible warning.
7) Its contacts never overlap or stick.
8) Contact movements (movable 'V' and fixed 'I' contacts) are observable.
9) Thanks to the dip switch, it switches to 'contactor mode' with a single movement. Therefore, if there is no power in positions I and II, the switch automatically returns to position 0.
1) Thanks to its compact structure, it occupies less space than two contactors, TMŞ (Transfer Switch) or ACB (Accelerated Circuit Breaker).
2) It operates both manually and automatically.
3) The contactor has a high short-circuit capacity (100kA) not found in TMŞ or ACB.
4) It is manufactured according to IEC 60947-3, i.e., load disconnect switch standards. It can operate under direct load.
5) It has a 10A porcelain fuse to protect its motor and PCB.
6) Thanks to its auxiliary contacts, a signal can be received for visual or audible warning.
7) Its contacts never overlap or stick.
8) Contact movements (movable 'V' and fixed 'I' contacts) are observable.
9) Thanks to the dip switch, it switches to 'contactor mode' with a single movement. Therefore, if there is no power in positions I and II, the switch automatically returns to position 0.
PRODUCT DETAILS
Comparison Table of Automatic Transfer Switches and Thermal Magnetic Switches
| Fully Automatic Transfer Switch | Thermal Magnetic Switch Transfer System |
|---|---|
| Manufactured according to IEC 60947-3 standards. Low-voltage switching and control devices, Part 3: Switches, disconnectors, disconnectors and fuse combination units. | Manufactured according to IEC 60947-2 standards. Low voltage switching and control devices, Part 2: Circuit breakers. |
| A single housing consists of two 0-I unfused load disconnectors. | It consists of two TMŞ (Total Values) combinations. |
| It does not have thermal magnetic protection features. | It has thermal magnetic protection features. |
| The transfer system does not require any extra accessories. | The transfer system requires a tripping coil, a closing coil, and a low-voltage coil. |
| It has a motor mechanism. | It requires a motor mechanism. |
| It has a mechanical lock. | It requires a mechanical lock. |
| Its position can be observed via a mechanical indicator or LED. | The positions can only be observed mechanically. |
| It has one CO contact each for positions I and II. | The auxiliary contact is available as an accessory. |
| It has positions I-0-II, and a padlock can be attached in all positions. | It has I-II positions, and a padlock is supplied as an accessory. |
| It features a 5x20 250V 10A porcelain fuse that protects the motor and PCB. | They do not have a system to protect their motor mechanisms. |
| With its dip switch, it can switch to 'contactor' mode in a single movement, meaning it remains in that position as long as it receives a signal, and returns to the 0 position if it does not receive a signal. | They do not operate in contactor mode. The system only works in positions I and II. |
| It has a simple control system. | It has a much more complex control system. |
| It has a sliding contact system. The contacts do not stick or overlap. | It has an open contact system. There is a possibility of contacts sticking and system interference. |
| It has breaking capacities of 50kA and 100kA. | They have variable breaking capacities. Generally, they do not have a 100kA breaking capacity. |
| It takes up less space compared to TMŞ (Transformers). | They take up more space compared to transfer switches. |
| Troubleshooting and resolving problems is much easier. | Troubleshooting and resolving the problem is much more difficult. |
| Three poles and four poles have the same length. | Three-pole and four-pole models have different lengths. |
| It's very easy to mount on the panel. | The panel mounting process is very detailed and unforgiving of errors. |
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