Yokogawa PW504 | High-Quality Power Supply Unit | 100% Original & New
Product Description
Honeywell PW504 Specifications:
Power and Flexibility:
- 32-bit architecture for robust performance.
- Supports TCP/IP communication.
- Flash memory ensures data persistence.
- Accommodates I/O modules and maintains a local cardholder database.
Access Control Features:
- Up to 32 access levels per card or 32 individual time zones per reader.
- 8-digit personal identification numbers (PINs) for secure access.
- Strike modes: Choose between fail-safe and fail-secure configurations.
- Configurable modes include: standard, entry-delay latching, entry-delay non-latching, and exit-delay.
Physical Specifications:
- Supports one door’s worth of I/O with IN and OUT readers.
- Can be powered via PoE (Power over Ethernet) or a separate DC supply.
Ease of Use:
- Minimal training required for users familiar with PW6000 and Pro-Watch systems
Yokogawa PW504 | High-Quality Power Supply Unit | 100% Original & New
Current product
Current
Vendor:
Honeywell
Yokogawa PW504 | High-Quality Power Supply Unit | 100% Original & New
Regular price
$100.00
Sale price
$100.00
Regular price
$300.00
Options
Descriptions
Product Description
Honeywell PW504 Specifications:
Power and Flexibility:
- 32-bit architecture for robust performance.
- Supports TCP/IP communication.
- Flash memory ensures data persistence.
- Accommodates I/O modules and maintains a local cardholder database.
Access Control Features:
- Up to 32 access levels per card or 32 individual time zones per reader.
- 8-digit personal identification numbers (PINs) for secure access.
- Strike modes: Choose between fail-safe and fail-secure configurations.
- Configurable modes include: standard, entry-delay latching, entry-delay non-latching, and exit-delay.
Physical Specifications:
- Supports one door’s worth of I/O with IN and OUT readers.
- Can be powered via PoE (Power over Ethernet) or a separate DC supply.
Ease of Use:
- Minimal training required for users familiar with PW6000 and Pro-Watch systems