Hochiki FIREscape Nepto NEPTO-3K/HO | Addressable Emergency Lighting Control Panel | BS5266 Compliant, 254-Point, Sheet Steel
£665.17 (inc VAT: £798.20)
Summary
The Hochiki FIREscape Nepto NEPTO-3K/HO is a professional addressable emergency lighting control panel designed for comprehensive building safety management. This robust system complies with BS5266 standards and provides centralized control and monitoring for up to 254 emergency lighting points across expandable lighting lines.
Built with a durable sheet steel construction and powder-coated white finish, the NEPTO-3K/HO delivers reliable performance in demanding commercial and industrial environments. The system features advanced continuous testing capabilities, event logging, and multiple connectivity options for seamless integration into existing building management systems.
The control panel supplies operational extra low voltage to connected lighting units during normal conditions while continuously monitoring system status. All event information is stored in the panel’s memory and can be accessed via the connected EL-KP keypad for comprehensive system management and maintenance.
Features
- Complies with BS5266 emergency lighting standards
- Supports 127-254 addressable lighting points
- Expandable from one to two lighting lines
- Continuous testing and monitoring capabilities
- 500 event memory storage capacity
- RS-232 modem/PC connection for remote monitoring
- RS-485 user panel connection at 9600 baud
- 8 relay outputs (0.5A NC/NO) for system integration
- 8 digital inputs for external control
- 20Ah internal battery capacity for backup power
- 24VDC auxiliary voltage output (500mA)
- STMF32 F437 ARM processor for reliable operation
- Robust sheet steel construction with powder coating
- Compact dimensions suitable for wall mounting
- Must be used with PVST-220/33 transformer
FAQ
What is the maximum number of emergency lights this panel can control?
The NEPTO-3K/HO can control between 127 and 254 emergency lighting points, depending on configuration. It starts with one line supporting up to 127 points and can be expanded to two lines for a total of 254 points.
Does this panel comply with British emergency lighting standards?
Yes, the NEPTO-3K/HO fully complies with BS5266 British Standard for emergency lighting systems, ensuring it meets all regulatory requirements for commercial and industrial installations.
What additional equipment is required for installation?
The panel must be used in conjunction with the PVST-220/33 transformer, which needs to be installed inside the enclosure. This transformer provides the necessary power conversion for the system.
How does the system monitor and test emergency lights?
The panel continuously monitors all connected lighting units and performs automated testing as required by BS5266. All monitored events are stored in the panel’s 500-event memory and can be accessed via the connected EL-KP keypad.
What connectivity options are available for remote monitoring?
The system includes RS-232 connection for modem/PC connectivity and RS-485 connection for user panel communication at 9600 baud. It also features 8 relay outputs and 8 digital inputs for integration with building management systems.
What is the backup power capacity of this system?
The panel includes 20Ah internal battery capacity to maintain emergency lighting operation during mains power failure, ensuring compliance with emergency lighting duration requirements.
Specifications
- Number Of Lights Supported: 127-254
- Connection Voltage: 33 VAC (222 VA)
- Line Voltage: 42V
- Line Current: 2.5A
- Internal Battery Capacity: 20Ah
- I/O Outputs: 8 relay outputs 0.5A NC/NO
- I/O Inputs: 8
- Modem/PC Connection: RS-232
- User Panel Connection: RS-485/9600 baud
- Event Memory: 500 events
- Processor: STMF32 F437 ARM
- AUX Voltage Output: 24 VDC, 500 mA
- Dimensions: 585 x 385 x 95mm
- Weight: 9.3 kg
- Material/Colour: Sheet steel, powder-coated/White
- Compliance: BS5266
Downloads
- Datasheet (Adobe PDF)
Additional information
| Weight | 9.3 kg |
|---|---|
| Device Type |