Description
The product under discussion is identified by part numbers 781420-12, 781421-12, and is known by its model name SWB-2812. This device is categorized as a Matrix Module for SwitchBlock, designed to be compatible specifically with the NI-2800 carrier module. The topology of the SWB-2812 is defined as 16 x 9, indicating the configuration of its matrix.
When it comes to electrical specifications, the SWB-2812 can handle a maximum switching voltage of 150 VDC and a maximum switching DC current of 1 Ampere. Additionally, it is capable of handling a maximum switching power of 20 Watts per crosspoint/channel. One of the notable features of this module is its ability to drive up to 160 relays simultaneously, showcasing its robustness in handling complex switching tasks.
The SWB-2812 utilizes reed relays with Iridium contacts for its operations, ensuring reliable performance and longevity. The power dissipation of the module is rated at 8.8 Watts, which is an essential factor to consider for system designers in terms of thermal management and power efficiency.
| Specification | Detail |
|---|---|
| Part Numbers | 781420-12, 781421-12 |
| Product Model | SWB-2812 |
| Type | Matrix Module for SwitchBlock |
| Compatible Carrier Module | NI-2800 |
| Topology | 16 x 9 |
| Maximum Switching Voltage | 150 VDC |
| Maximum Switching DC Current | 1 Ampere |
| Maximum Switching Power | 20 Watts per crosspoint/channel |
| Maximum Simultaneous Relay Drive | 160 relays |
| Relay Type | Reed relays with Iridium contacts |
| Power Dissipation | 8.8 Watts |
Question 1: What part numbers identify the SWB-2812 module?
Answer 1: 781420-12, 781421-12.
Question 2: What is the maximum voltage the SWB-2812 can handle?
Answer 2: 150 VDC.
Question 3: How many relays can the SWB-2812 drive simultaneously?
Answer 3: Up to 160 relays.
Question 4: What type of relays does the SWB-2812 use?
Answer 4: Reed relays with Iridium contacts.
Question 5: What is the power dissipation of the SWB-2812?
Answer 5: 8.8 Watts.
