Monitored LED Ultra 470 Signs
Monitored Signs for Safety Critical Applications
The Monitored LED Ultra Signs feature dual redundant and fault-feedback features upgraded from the standard Ultra Signs. These are attractive, professional, illuminated wall-mounted signs for use indoors.
Dual Redundant and Fault Feedback Monitored Signs
Communication Resilience
Dual fault finding system with redundancy
Continuous lamp fail detection
Real-time status checks with remote monitoring
Lasermet Dual Fault Finding (DFF) and Lamp Fail Detect (LFD) kits are designed for use with the LED Ultra Signs in highly safety-critical environments, such as those with ionizing radiation and X-rays. These kits incorporate advanced features to enhance safety and reliability, ensuring the effective monitoring of signs in critical applications.
Lasermet Dual Fault Finding (DFF) and Lamp Fail Detect (LFD) kits aim to provide a comprehensive solution for the reliable and safe operation of the Ultra Signs system in highly demanding and safety-critical applications.
COMMUNICATION RESILIENCE
Integrating communication interfaces with any Interlock Controllers ensuring reliable data transfer and communication within the system to ensure safety before and during laser use.
FAULT-FINDING
Implementing a dual fault-finding system that enhances fault tolerance by incorporating redundancy and diverse fault detection mechanisms. This ensures a robust and reliable operation even in challenging conditions.
LAMP FAILURE DETECTION
Integrating a lamp fail detection system that continuously monitors the status of the LED Ultra Signs. This feature provides timely alerts and ensures the immediate identification of any lamp failures, contributing to the overall safety of the monitored signs.
REMOTE MONITORING
Including remote monitoring features that enable real-time observation of the LED Ultra Signs status. This facilitates proactive maintenance and troubleshooting without direct exposure to radiation, enhancing safety for personnel.
FAIL-SAFE DESIGN APPROACH
Designing the kits with a fail-safe approach to ensure that in the event of a failure, the system defaults to a secure state. Emergency shutdown procedures and backup systems are incorporated to maintain critical function.
EXTENDED TEMPERATURE RANGE OPERATION
Ensuring that the kits can operate within an extended temperature range to accommodate variations caused by ionising radiation. Components rated for a broader temperature spectrum contribute to sustained reliability.
LONG TERM RELIABILITY
Considering the long-term reliability of components and materials, factoring in potential degradation due to prolonged exposure to ionising radiation. Planning for periodic maintenance and component replacements as necessary.
Specifications
| Product Code | LEDS-ULT-470 |
|---|---|
| Overall Dimensions | 470 x 178 x 24 mm (18.5 x 7 x 0.95″) |
| Area available for legend | 340 x 90 mm (13.4 x 3.5″) |
| Weight | 2 kg (4.4 lb) |
| Operating Voltage | 24 VDC |
| Brightness Control Voltage (optional) | 0 – 24 VDC |
| Maximum current | 0.65 A |
| Minimum operational current | 0.15 A |
| Cable Entry | Rear or side (via 20 mm dia. knockouts) Top or bottom entry with optional backbox |
| Backbox Dimension | Single: 362 x 162 x 35mm Double: 362 x 343 x 35mm Triple: 362 x 524 x 35mm Quadruple: 362 x 705 x 35mm |
Ordering Options
| Part Number | Description | Colors Available |
|---|---|---|
| LEDS-ULT-470-DFF | 470mm Sign Dual Redundant Fault Feedback |  white  red  yellow  green |
| LEDS-ULT-470-DFF-RG | 470mm Sign Dual Redundant Fault Feedback |  red/green |
| LEDS-ULT-790-DFF | 790mm Sign Dual Redundant Fault Feedback | white yellow green red |
Part Numbers may vary depending on the chosen color.
Dimension
