BNUT01RX - nanotron BNUT01RX, nanoTAG RX RTLS Tag, IP67

nanotron BNUT01RX, nanoTAG RX RTLS Tag, IP67 
SKU: 17534
Stock: Out of stock
Delivery Time: please contact us for more information
Part Number: BNUT01RX
Manufacturer/Supplier: nanotron Technologies
Specification 1: RF technology Chirp Spread Spectrum (CSS)
Specification 2: Dimensions (with housing) 90 x 60 x 16 mm
Specification 3: Typical outdoor range up to 300 m
Datasheet: http://www.nanotron.com/EN/PR_find.php#03

$ 233.00

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nanoTAG RX RTLS Tag; BNUT01RX
Ruggedized vehicle location with IP67 water-resistant protection

Precision location and tracking for your vehicle and assets nanoTAG RX with integrated antenna, MEMS sensor and opto-coupler has been designed for use with nanotron’s high throughput location server (nanoLES) for monitoring solutions in very harsh environments and can be mounted directly to vehicles, assets or mobile equipment.
Through its air interface, nanoTAG RX supports bidirectional payload exchange with the location server. Real-time MEMS data is transmitted to the nanoLES server simultaneously with the location tagblink. The on-board opto-coupler is used to switch or control assets remotely with a digital on-off signal. This allows for direct control from a user application via the location server nanoLES.
nanoTAG RX is equipped with a ruggedized housing for harsh environment.

Key Features
Typical outdoor range ….…………………………. up to 300 m
Typical anchor spacing (tunnel or mine) …… 300 m
Typical location accuracy …….…………….......... 1-3 m
RTLS update rate (configurable) ….. up to 10 Hz
Tag configuration ………….……………. Via air interface
RF technology ……..... Chirp Spread Spectrum (CSS)
RF output power ……….. Configurable 0 to +14 dBm
Operating temperature range ……….…. -30 to +60 C
Receive sensitivity (80MHz, 1Mbps) ……… - 85 dBm
Dimensions (with housing) …….…. 90 x 60 x 16 mm
Sensors …………….……………………..….…………. MEMS
Interfaces …………………….……….……….. opto-coupler
(operating voltage max. 100 V, current max. 50 mA)
Supply voltage ……………………………....+5 V to +16 V,
reverse voltage protected
Peak power consumption ………………………. 450 mW
Average power consumption typ ………………. 40 mW
@ 100 ms operating interval
Power down current typ. ……………….…………… 6 mW

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