Software House SWH-3000 Access control reader
Technical Specification
- Make: Software House
- Model code: SWH-3000
- Series: Multi-Technology Series
- Long Range: Yes
- Reader Type: Proximity
The Software House Multi-Technology Readers provide the industry's first single reader solution that reads serial numbers from multiple 13.56 MHz smart card technologies, MIFARE® encrypted sectors, and most common 125 KHz proximity cards, providing an incredibly versatile access control solution. This cost-effective solution enables customers to transition from proximity to smart cards over time or to utilize both smart cards and proximity cards in their facility.
Read more| Make | Software House |
|---|---|
| Manufacturer | Software House |
| Category | Access Control>Access control readers |
| Model code | SWH-3000 |
| Series | Multi-Technology Series |
| Long Range | Yes |
| Reader Type | Proximity |
| Standalone/ Networkable | Standalone |
| IP Rating | IP65 |
| Mount Type | Mullion |
| Read Range mm | 102 |
| LED / Beep | LED / Beep |
| Color | Black |
| Wiegand Interface | Yes |
| Electrical Specifications |
Voltage: 8 ~ 16 V DC Power Consumption: 125 mA |
| Physical Specifications | Dimensions mm: 120 x 45 x 25 |
| Environmental Specifications |
Operating Temp oC: -35 ~ +67 Operating Humidity %: 0 ~ 100 |
| Additional info |
The Software House Multi-Technology Readers provide the industry's first single reader solution that reads serial numbers from multiple 13.56 MHz smart card technologies, MIFARE® encrypted sectors, and most common 125 KHz proximity cards, providing an incredibly versatile access control solution. This cost-effective solution enables customers to transition from proximity to smart cards over time or to utilize both smart cards and proximity cards in their facility. |
More Software House Access control readers
You might be interested in these products
Related Whitepapers
The Critical Importance of Trusted Execution Environment in Access Control
Four Areas to Consider in Frictionless Access Control
Enhancing Physical Access Control Using A Self-Service Model
