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10 to 30 VDC, 900 Mega Hertz, 1 W, Banner Engineering Corp. 14390 Sure Cross® Multi-Hop Modbus Radio, Polycarbonate, Enclosed Terminal, 6 Mile
10 to 30 VDC, 900 Mega Hertz, 1 W, Banner Engineering Corp. 14390 Sure Cross® Multi-Hop Modbus Radio, Polycarbonate, Enclosed Terminal, 6 Mile
10 to 30 VDC, 900 Mega Hertz, 1 W, Banner Engineering Corp. 14390 Sure Cross® Multi-Hop Modbus Radio, Polycarbonate, Enclosed Terminal, 6 Mile
10 to 30 VDC, 900 Mega Hertz, 1 W, Banner Engineering Corp. 14390 Sure Cross® Multi-Hop Modbus Radio, Polycarbonate, Enclosed Terminal, 6 Mile
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Banner Engineering

10 to 30 VDC, 900 Mega Hertz, 1 W, Banner Engineering Corp. 14390 Sure Cross® Multi-Hop Modbus Radio, Polycarbonate, Enclosed Terminal, 6 Mile

Short Description

10 to 30 VDC, 900 Mega Hertz, 1 W, 6 Mile, Polycarbonate, Enclosed Terminal, Multi-Hop Modbus Radio

Multi-Hop Modbus Radio; Wattage 1 Watt; Range 6 Mile; Material Polycarbonate; Frequencies 900 Mega Hertz; Battery Operated Yes; Minimum Separation Distance 4.57 Meter; Wiring Access (4) PG-7, (1) 1/2 Inch Threaded, (1) 5-Pin Threaded M12/Euro-Style Male Quick Disconnect; Voltage Rating 10 to 30 Volt DC; Housing Style Enclosed Terminal; Inputs/Outputs Serial Interface FlexPower, Bridge, Counter, Discrete, Analog, SDI-12; Display Type Six Character LCD; Spread Spectrum Technology Frequency Hopping Spread Spectrum; Communication Hardware Interface 2-Wire, Half Duplex RS-485; Data Format Type 8 Bit Data, No Polarity, 1-Stop Bit; Packet Size 175 Bytes; Enclosure Rating NEMA 6, IP67; Temperature Rating -40 to 185 Deg F; Relative Humidity 95 Percent; Approval UL (Canada and US), CUL, CSA (Canada and US), CE, ATEX, FCC; Applicable Standard IEC 68-2-6/68-2-27

MFG #: 14390

EECO #: BFDX80DR9MH6

Brand: Banner Engineering
Attributes
Features
Documents
Product Information
Attributes
Range
6 Mile
UNSPSC
43221721
Material
Polycarbonate
Frequencies
900 Mega Hertz
Wattage
1 Watt
Features
  • Deliver Factory Automation or IIot Solutions by Connecting any Banner 1-Wire Serial Sensor
  • Multihop Networks are Self-Healing, Auto-Routing RF Networks with Multiple Hops that Extend the Network's Range and Improve Link Performance
  • Large D Cell Battery in the H6 Gives Extended Battery Life on a Tree or Mesh Type Multihop Network
  • 10 to 30 VDC Powered H6D Eliminates the Need for Battery Replacement and Handles Continuous Data Sampling and Reporting
  • External Antenna Gives the Option to Extend Antennas to Proper Location and/or Replace with a Higher dB Gain Antenna
  • Eliminate Control Wires
  • Reduce Complexity
  • Deploy Easily
  • DIP Switches for User Configuration
  • Frequency Hopping Spread Spectrum (FHSS) Technology Ensures Reliable Data Delivery within the Unlicensed Industrial, Scientific and Medical (ISM) Band
  • Transceivers Provide Bidirectional Communication between the Gateway and Node, Including Fully Acknowledged Data Transmission
  • Lost RF Links are Detected and Relevant Outputs Set to User-Defined Conditions
BANENG_12199_CAD
BANENGE01835_58_59
BANENGE03650_1_3
BANENGE03865_1_8
everwhere
10 to 30 VDC, 900 Mega Hertz, 1 W, Banner Engineering Corp. 14390 Sure Cross® Multi-Hop Modbus Radio, Polycarbonate, Enclosed Terminal, 6 Mile