inteliLIGHT® FRE-220-P-M1 pole mounted / embedded – LTE-M compatible luminaire controller

inteliLIGHT FRE-220LTE-P inside pole LTE-M compatible luminaire controller

A versatile wired connected controller, designed to retrofit existing street lamps that are not provided with a standard connector.
It has an IP66 protection that allows it to be mounted in outdoor conditions and the dimensions to be installed into the lighting pole, when the option exists, or even directly inside the luminaire for a minimum aesthetic impact.

  • Enables individual remote management of streetlight lamps with electronic driver up to 400W (ON/ OFF/ Dimming).
  • Specially designed and optimized for LPWA networks.
  • Autonomous operation based on predefined schedules and digital input (light level sensor and adaptive lighting).
  • Adaptive lighting capabilities based on digital input for motion sensing.
  • Bandwidth efficient with minimal communication requirements.
  • Dedicated high-security memory for encryption keys storage.
  • Wide range of electrical parameters monitoring: V, W, A, VAR, Wh, VARh and PF.
  • Advanced data synchronization and notification mechanism.
  • Battery operated RTC, protected against unforeseen communication failure.
  • Local infrared interface for local configuration.
  • Integrated digital input.
  • Over The Air (OTA) firmware update
  • Designed lifetime: 10+ years.

technical details

Lamp Type LED, CF, HID with electronic driver
Maximum lamp power 400W (optional up to 750W) *
Functions / Operation mode ON / OFF / Dimming
Dimming range 1%-100% (depending on lamp control gear)
Control interface Analog 1-10 V / 0-10 V / PWM and reversed PWM / DALI Logarithmic and Linear
Power supply 85 – 275VAC / 50Hz-60Hz
Network interface LTE-M (LTE-Cat-M1 fallback NB-IoT, 2G)
LTE supported frequencies worldwide
Internet protocol version IPv4/IPv6
Inter-node mesh communication Optionally available, with motion sensor add-on
Last gasp Optional
Firmware update OTA (over the air)
GNSS Optional – Geolocation and precision time (GPS, GLONASS)
Security Encrypted communication based on security keys (AES128-bit)
Surge protection max 10kA (IEC 61000-4-5)
Internal scheduling memory 128 events (daily / weekdays / weekends / fixed date / exceptions)
Measurement accuracy MID grade (±1%)
Average power consumption 0.5W
Maximum power consumption 2W
Precision Real Time Clock (RTC) Yes, battery operated
Battery operation time 10 years +
Real-time lamp operation Yes
Digital input 1x dry contact (for PIR sensor, photocell sensor, open door sensor etc.)
Tilt sensor Optional (configurable threshold for tilt & roll)
Light sensor Optional – externally connected
Ingress protection IP66 (IEC 60529)
Impact protection IK09 (IEC 62262)
Operating temperature range -25°C to +70°C
Weight 230 ± 5 g
Dimensions (length x width x height) 112.2 x 48 x 37 mm
Mounting DIN RAIL
Compliant standards • RED Directive: LVD Directive & protection of health (EN IEC 62368-1, EN IEC 62479), EMC Directive (ETSI EN 301 489-1, ETSI EN 301 489-52), Efficient use of radio spectrum (ETSI EN 301 908-1, ETSI EN 301 908-13, ETSI EN 303 413) • RoHS Directive • Environmental Testing: EN 60068-2-1, EN 60068-2-2
Certifications CE

* The controller can be used for luminaires over 750W together with an external contactor, and with limited functionalities (no dimming, no measurements).

measured parameters

  • Lamp power
  • Line voltage
  • Current
  • Active power
  • Reactive power
  • Apparent power
  • Power factor
  • Energy consumption (active/ reactive)
  • Lamp / controller – running hours counter
  • Lamp On / Off cycles counter

configurable parameters

  • Astronomical calendar scheduler
  • Predefined scheduler
  • Start state (Input / Schedule / Manual)
  • ON/OFF power threshold
  • Over/ under voltage threshold
  • Over/ under current threshold
  • Strike retry count
  • Fade time
  • Lamp warming time
  • Lamp cooldown time
  • Data transmission setup
  • Alert priority setup

alarms monitored

  • Over/ under voltage detection
  • Over/ under current detection
  • Lamp or ballast fault detection
  • Device failure

optional antennas