LCAMS™ (Lighting Control and Monitoring System)

Airfield Lighting

LCAMS Basestation
LCAMS Basestation

LCAMS™ (Lighting Control and Monitoring System)

LCAMS™ (Lighting Control and Monitoring System) is an intelligent, scalable and sustainable lighting solution designed to optimize airfield operations for non-towered, regional and international airports, and military bases. Unlike conventional systems, LCAMS™ adapts to changing needs through the seamless integration of solar, hybrid, wired and wireless technologies.

LCAMS™ reduces complexity and delivers safe, efficient performance. It is ideal for adding on to an established system, full airfield upgrades, new construction or replacement projects. LCAMS™ seamlessly connects wired and solar fixtures for streamlined control and maintenance.

BENEFITS

  • Efficiency in operations, energy use and cost.
  • Support for solar-hybrid and wired AC lighting.
  • Modular design for cost effective control.
  • Seamless integration with Avlite and non Avlite systems.
  • Encrypted mesh RF for real-time monitoring and maintenance.
  • Leverages regulatory standards for military and commercial compliance.

Flexible Power Compatibility
Supports solar, hybrid and wired AC configurations, optimizing energy use and reducing infrastructure costs.

Scalable Modular Design
Enables seamless integration of wireless lights into existing wired ALCMS installations using MODBUS TCP/IP, allowing incremental upgrades and future expansions.

Advanced Control and Monitoring
Utilizes 256-bit AES encrypted mesh RF technology for real time monitoring, real-time maintenance and enhanced operational awareness.

Energy Efficiency and Sustainability
Reduces power consumption, lowers carbon footprint and aligns with global green initiatives and FAA sustainability goals.

Regulatory Compliance
Meets stringent military and commercial airfield lighting standards.

Seamless System Integration
Compatible with Avlite and third-party infrastructure, ensuring straightforward upgrades and expansions.

Cost Savings & Operational Efficiency
Lowers civil infrastructure costs, minimises downtime, enables proactive maintenance and enhances overall safety.

KEY FEATURES

  • L-890 Type A, B compliance.
  • 4 GHz IEEE 802.15.4 self-healing wireless mesh network.
  • AES 256 bit encryption for secure wireless control and monitoring.
  • Modbus TCP/IP communication for integration with existing ALCMS.
  • UTC synchronization and location reporting with LCAMS™ enabled Devices via GPS.
  • Multi-controller units management (User login management, Data synchronization).
  • PAL/ARCAL and Photocell Control compatible.

Electrical Characteristics

  • Input Voltage 24DC, [110;230] AC
  • Fuse Rating: AC: 15A, 250VAC, Fuse Cartridge, Ceramic.3AB, #AG, ¼ ”x 1- ¼”
  • DC: 3A, 125VDC, Board Mount

Physical Characteristics

  • Body Material: Polycarbonate
  • Width (mm / inches)  345mm / 13.58 in
  • Height (mm / inches)  111mm / 4.37in
  • Depth (mm / inches)  139mm / 5.47in
  • Weight (kg / lbs.)  1.35kg / 2.98 lbs
  • Service Life Up to 12 years

External Interface/ Ports

  • DC Input (V) Bulgin PX0413/02P
  • AC Input (V) Bulgin PX4013/02P
  • Analogue input Bulgin PX4013/10P
  • Analogue output Bulgin PX4013/10S
  • Antenna Ports  N-type connector
  • RJ45 Sockets
  • RJ45-Cat5
  • Bulgin PX0839-90
  • USB Mini-USB port for Programming, Service Port
  • Earthing Surge arrestor (N-type)

Environmental Standards

  • Temperature Range -32 to 55 °C / -25,6 to 131 °F
  • Humidity 0 to 90% (AECTP 300 Method 306)
  • Solar Radiation Up to 11200 W/m2 (AECTP 300, method 303)
  • CE : EMC (EN61000-6-4 : 2020, EN61000-6-2 : 2019), EN301489-1/-17/-19
  • RED (ETSI EN 300 328, ETSI EN 303 413)
  • LV (EN 62368-1 : 2020), EN62311:2008
  • COMPLIANCE: CASA, FAA, TP312, and EASA
  • ICAO Doc 9157, Aerodrome Design Manual, Part 5, Electrical System]
  • INGRESS IP65
  • QUALITY ASSURANCE ISO9001 : 2015
Description

LCAMS™ (Lighting Control and Monitoring System) is an intelligent, scalable and sustainable lighting solution designed to optimize airfield operations for non-towered, regional and international airports, and military bases. Unlike conventional systems, LCAMS™ adapts to changing needs through the seamless integration of solar, hybrid, wired and wireless technologies.

LCAMS™ reduces complexity and delivers safe, efficient performance. It is ideal for adding on to an established system, full airfield upgrades, new construction or replacement projects. LCAMS™ seamlessly connects wired and solar fixtures for streamlined control and maintenance.

BENEFITS

  • Efficiency in operations, energy use and cost.
  • Support for solar-hybrid and wired AC lighting.
  • Modular design for cost effective control.
  • Seamless integration with Avlite and non Avlite systems.
  • Encrypted mesh RF for real-time monitoring and maintenance.
  • Leverages regulatory standards for military and commercial compliance.

Flexible Power Compatibility
Supports solar, hybrid and wired AC configurations, optimizing energy use and reducing infrastructure costs.

Scalable Modular Design
Enables seamless integration of wireless lights into existing wired ALCMS installations using MODBUS TCP/IP, allowing incremental upgrades and future expansions.

Advanced Control and Monitoring
Utilizes 256-bit AES encrypted mesh RF technology for real time monitoring, real-time maintenance and enhanced operational awareness.

Energy Efficiency and Sustainability
Reduces power consumption, lowers carbon footprint and aligns with global green initiatives and FAA sustainability goals.

Regulatory Compliance
Meets stringent military and commercial airfield lighting standards.

Seamless System Integration
Compatible with Avlite and third-party infrastructure, ensuring straightforward upgrades and expansions.

Cost Savings & Operational Efficiency
Lowers civil infrastructure costs, minimises downtime, enables proactive maintenance and enhances overall safety.

Features

KEY FEATURES

  • L-890 Type A, B compliance.
  • 4 GHz IEEE 802.15.4 self-healing wireless mesh network.
  • AES 256 bit encryption for secure wireless control and monitoring.
  • Modbus TCP/IP communication for integration with existing ALCMS.
  • UTC synchronization and location reporting with LCAMS™ enabled Devices via GPS.
  • Multi-controller units management (User login management, Data synchronization).
  • PAL/ARCAL and Photocell Control compatible.

Electrical Characteristics

  • Input Voltage 24DC, [110;230] AC
  • Fuse Rating: AC: 15A, 250VAC, Fuse Cartridge, Ceramic.3AB, #AG, ¼ ”x 1- ¼”
  • DC: 3A, 125VDC, Board Mount

Physical Characteristics

  • Body Material: Polycarbonate
  • Width (mm / inches)  345mm / 13.58 in
  • Height (mm / inches)  111mm / 4.37in
  • Depth (mm / inches)  139mm / 5.47in
  • Weight (kg / lbs.)  1.35kg / 2.98 lbs
  • Service Life Up to 12 years

External Interface/ Ports

  • DC Input (V) Bulgin PX0413/02P
  • AC Input (V) Bulgin PX4013/02P
  • Analogue input Bulgin PX4013/10P
  • Analogue output Bulgin PX4013/10S
  • Antenna Ports  N-type connector
  • RJ45 Sockets
  • RJ45-Cat5
  • Bulgin PX0839-90
  • USB Mini-USB port for Programming, Service Port
  • Earthing Surge arrestor (N-type)

Environmental Standards

  • Temperature Range -32 to 55 °C / -25,6 to 131 °F
  • Humidity 0 to 90% (AECTP 300 Method 306)
  • Solar Radiation Up to 11200 W/m2 (AECTP 300, method 303)
Compliance
  • CE : EMC (EN61000-6-4 : 2020, EN61000-6-2 : 2019), EN301489-1/-17/-19
  • RED (ETSI EN 300 328, ETSI EN 303 413)
  • LV (EN 62368-1 : 2020), EN62311:2008
  • COMPLIANCE: CASA, FAA, TP312, and EASA
  • ICAO Doc 9157, Aerodrome Design Manual, Part 5, Electrical System]
  • INGRESS IP65
  • QUALITY ASSURANCE ISO9001 : 2015
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