The iSLC-4000 is an intelligent power line communications based controller that provides accurate power monitoring and remote control of lighting infrastructure using a built-in PLCC module. The iSLC-4000 provides a rapid Return on Investment, even when installed on individual fixtures for remote operations.
Robust and Reliable: Can operate over large distances with full reliability.
PLCC Technology: The controller utilizes the latest developments in PLCC technology and employs this technology to program, monitor and control geographically distributed outdoor lighting infrastructure.
Power Metering: The controller can monitor electrical parameters such as current, voltage, frequency, power factor, KW and KWh.
Simple and Easy Remote Monitoring: The controller can monitor various lighting assets and update the LightingGale Management System at user programmed intervals.
Local and Remote Control: The iSLC-4000 provides as many as five control modes for controlling the light bulbs that can be remotely programmed from a web-based software. Lamps can be remotely controlled based on a user configurable ON and OFF schedule that can be programmed on a daily / weekly / monthly / yearly basis or can be controlled locally using a built-in astro-clock that calculates sunset and sunrise times using location and time zone data throughout the year.
Alarm Call Service: Alarms can be sent directly to relevant users via Emails or Text Messages (SMS) as soon as they occur. Messages are time stamped and contain key parameters associated with the fault/alarm.
Fault Monitoring: Extensive fault monitoring is provided based on intelligent correlation of data to report lamp burn outs, lamp cycling, ballast /driver failure, over/under voltage, abnormal power consumption, low power factor, communication failure and more. All faults are sent to the LightingGale Management System that generates alarms for visualization and fault rectification.
Burn Hours: The controller can track lamp burn hours that can be used for predictive maintenance, thereby allowing lamp replacement to be planned in advance.
Simple New Installations or Retrofits: The controller offers several mounting options that allow for easy installation in any situation.
| Controller : | Powerful 16 bit Microcontroller |
| Real Time Clock : | Battery Backed RTC |
| Storage Memory : | 32 Kbytes |
| Power Metering : | Parameters Measured : Voltage, Current, Power Factor, Frequency, KW and KWh |
| Switching Capacity : | 120V/240V AC, 15 Amp Max |
| Power Supply : | Universal AC input 85V-264V, 50/60Hz |
| PLCC Communication : | Maximum data rate : 7.5 kbps |
| Transmit : 1.3 dBm @BW =1khz (-28.7 dBm/Hz) | |
| Transmission Interval : 8-10 Packets per second | |
| Performance : Router to coordinator connection within < 30sec, Route Fail Detection within < 1 minute | |
| Maximum Network Depth : 16 | |
| Maximum Nodes in Network : 1400 | |
| Network Type : Self-forming, Tree Type Mesh Network | |
| Network Fault Tolerance : Self-healing Tree | |
| Network Maintenance : Self-link Optimization | |
| Channel Access : Carrier Sense Multiple Access with Collision Avoidance (CSMA/CA) protocol with an adaptive back-off scheme and channel access prioritization | |
| Range : 300 ft | |
| Data Protection : 128 bit AES encryption | |
| Certifications : Complies with worldwide regulations (FCC part 15, ARIB and CENELEC bands) | |
| Surge Protection : | 150 Joule (6,000 Amps) |
| Enclosure : | Different lighting fixtures require different enclosure dimensions. CIMCON offers various options to accommodate this. |
| Material : Polycarbonate (other options available) | |
| Installation : | NEMA TWIST LOCK |
| Operating Conditions : | -20oC to +70oC / -4oF to +158oF |
| 20% to 90% Rh non-condensing | |
| LightingGale Management Software : | Web-based software that allows remote configuration, monitoring, control and reporting |