PULSE
Pulse is an in telligent wireless controller for LED fixtures, and delivers enhanced controllability,
reliability and scalability. Pulse controls up to 16 independent LED lighting fixtures using an FCC
approved 900 MHz frequency. It uses a mesh network topography usin g an Arduin o-based
hardware platform. Each Pulse can be its own closed system, enabling multiple Pulse networks
in the same facility. Pulse is available in all new Noribachi LED lightin g products and as a retrofit
for existing LED fixtures.
Pulse Specifications
Maximum Performance and Scalability
• Noribachi’s Pulse turns up to 16 individual LED light fixtures ON/OFF wirelessly
• Pulse is an optional upgrade available for new Noribachi LED lighting fixtures as well as a retrofit option for existing fixtures.
Mobility
• Fixtures can be mounted with up to 200 ft. (61m) line of sight distance between fixtures.
• Pulse is based on a Zigbee wireless protocol and is fully integrated with Noribachi’s high-performance LED lighting fixtures.
Network
• Network is a wireless mesh network. The mesh network runs on the open source Arduino hardware platform.
• Pulse operates in the 900 MHz frequency band eliminating interference present in the commonly used 2.4 GHz ISM band.
• Up to 200 Kbps data transmission speed for outdoor line of sight operations.
Applications
• Pulse is an ideal choice as a LED lighting system for operations in factories, warehouses, stadiums and other large outdoor spaces.
Design
• Pulse is comprised of two separate units.
• Pulse T is the master controller. Use one Pulse T for up to 16 lights.
• Pulse R is incorporated into each light in the network. Use one Pulse R for every light you wish to wirelessly control.
Low Cost. High Performance
• Transmit power output 50 mW.
• Receiver sensitivity: -100dBm.
• Data transmission rate for RF applications is 156.25 kbps.
• Low latency and high data throughput.
Comprehensive Wireless Security & Advanced Networking
• 128 bit AES Encryption guarantees unparalleled network security.
• Retries and acknowledgements for reliable packet delivery.
• Self-routing, self-healing mesh networking.
• Frequency hopped spread spectrum method of transmission provides immunity from interference.
• Each Pulse is its own closed system, enabling multiple Pulse networks in the same facility.
• 8 hopping patterns present on 12 channels or on a single channel.
Worldwide Acceptance
• FCC-approved radio band for usage in the entire US (FCC Part 15.247, FCC ID MCQ-XBEE09P).
• Digi certifications for Xbee-PRO 900 RF module.
• ISO 9001:2000 registered standards.
Ease of use
• Easy, push-button set-up.
• API and AT command modes for configuring module parameters.
• Software selectable serial interface data rate ranging from 3.3V CMOS serial UART to 5V tolerant UART.
• Over the air configuration capable.
ELECTRICAL C HARA CTERISTICS AND PERFORMANCE DATA VERIFIED BY NATIONALLY REC OGNIZED TESTING LA BS
(NRTL). FOR FULL REPORTS AND RESULTS, VISIT WWW.NORIBAC HI.C OM/REPORTS. ALL SPECIFICATIONS SUBJECT
TO CHAN GE WITH OUT NOTICE. A LL VALUES TYPICAL UNLESS OTHER WISE NOTED. LUMEN VAL UES MAY VARY BY
+/-10%. COLOR TEMPERATURE MAY VARY ACCORDING TO ANSI C78.377. ©2015 - 2016
V 1.0
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Noribachi.com
/ 855.283.1100
PULSE
Pulse Specifications
Specifications may change without notice due to continuous improvement and innovation.
Pulse T
Pulse T is the Master Control and issues the wireless command. This command can be “ON”, “OFF”, or any other
operation that the light can perform, such as “DIM TO 20%”. Operation status is shown via the 16 LED indicators.
Input Range
From 110 VAC to 277 VAC
Frequency Band
900 MHz
Antenna
Duck Antenna
Housing
5” x 4.04” x 2.2” Extruded Metal Box with Plastic End Plates
Wall Mount Power
9V DC Adapter
Operating Temperature
-40° to +85° (185°F)
Controls
Controls up to 16 Independent LED lighting fixtures
Platform
Arduino based open source hardware/software
Communication
Xbee enabled
Dimming
Bi-Level
Operating Feedback
Real-time via 16-3mm indicators
Pulse R
Pulse R is installed inside each LED fixture and executes the commands from Pulse T.
Distance/
200 ft. (61m) line of sight
Frequency Band
900 MHz
Antenna
Duck Antenna
Housing
5” x 4.04” x 2.2” Extruded Metal Box with Plastic End Plates
Operating Temperature
-40° to +85° (185°F)
Number Lighting Controls
Two relays with max. current rating of 10 amps
Platform
Arduino based open source hardware/software
Operating Feedback
Real-time via 16-3mm indicators
ELECTRICAL C HARA CTERISTICS AND PERFORMANCE DATA VERIFIED BY NATIONALLY REC OGNIZED TESTING LA BS
(NRTL). FOR FULL REPORTS AND RESULTS, VISIT WWW.NORIBAC HI.C OM/REPORTS. ALL SPECIFICATIONS SUBJECT
TO CHAN GE WITH OUT NOTICE. A LL VALUES TYPICAL UNLESS OTHER WISE NOTED. LUMEN VAL UES MAY VARY BY
+/-10%. COLOR TEMPERATURE MAY VARY ACCORDING TO ANSI C78.377. ©2015 - 2016
V 1.0
2
Noribachi.com
/ 855.283.1100