Cables

Cables

Cable Assembly Model Number Identifier

Coaxial Cable Lengths Part Numbers

Serial Data Cables

For cable variations, consult factory. Data cables for interfacing all Data-Linc Group modems and peripheral equipment to all types of PLCs and other devices are available. See the Data Cable Model Number Identifier and consult the factory at (425) 882-2206 or email sa***@da*******.com .

Serial Cable Identifier

Antenna Assemblies 900MHz Band
900MHz – Omni
Model Number Description
A-O5B – Download Datasheet 900MHz Omnidirectional Antenna, 12″L, 5.14dBi (3dBd) Gain, Mounting Brkt.
A-O7B 900MHz Omnidirectional Antenna, 22″L, 7.14dBi (5dBd) Gain, Mounting Brkt.
A-OM-10S 900MHz Omni Ant/Coax Kit, Magnetic Base, 5.14dBi (3dBd) Gain, Integrated 10′ Coax w/ M SMA
A-OM-20S 900MHz Omni Ant/Coax Kit, Magnetic Base, 5.14dBi (3dBd) Gain, Integrated 20′ Coax w/ M SMA
900MHz – Yagi
Model Number Description
A-Y8B 900MHz Yagi Directional Antenna, 17.5″L, 8dBi Gain, 4 Element, Mounting Brkt.
A-Y11B 900MHz Yagi Directional Antenna, 29.3″L, 11dBi Gain, 7 Element, Mounting Brkt.

Antenna Assemblies for Wireless Modems 2.4 GHz Band Antennas
2.4 GHz/802.11x – Omni
Model Number Description
A-2.4-O5B 2.4GHz Omnidirectional Antenna, 5dBi Gain, Mounting Brkt.
A-2.4-O6B 2.4GHz Omnidirectional Antenna (fiberglass), 6dBi Gain, Mounting Brkt.
2.4 GHz/80x.11x – Yagi
Model Number Description
A-2.4-Y10B 2.4GHz Yagi Directional Antenna, 4.4″L, (enclosed), 10dBi Gain, 18″ Coax w/ Female “N”, Mounting Brkt.
A-2.4-Y12B 2.4GHz Yagi Directional Antenna, 8″L, (enclosed), 12.7dBi Gain, 18″ Coax w/ Female “N”, Mounting Brkt.
A-2.4-Y14B 2.4GHz Yagi Directional Antenna, 14″L, (enclosed), 14dBi Gain, 18″ Coax w/ Female “N”, Mounting Brkt.

Coaxial Cables – SRMx, DDAAx, PLRx Wireless Modems
2 Part Assembly LMR-240 & LMR-400 – Male SMA to Male N
Model Number Description
CXA025 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 28′ (CX24MS03MN connected to CX40FN025MN)
CXA050 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 53′ (CX24MS03MN connected to CX40FN050MN)
CXA075 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 78′ (CX24MS03MN connected to CX40FN075MN)
CXA100 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 103′ (CX24MS03MN connected to CX40FN100MN)
CXA150 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 153′ (CX24MS03MN connected to CX40FN150MN)
CXA200 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 203′ (CX24MS03MN connected to CX40FN200MN)
CXA250 Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 253′ (CX24MS03MN connected to CX40FN250MN)
 
LMR-240 – Male SMA to Male N
Model Number Description
CX24MS01MN Coaxial Cable, LMR-240, 1′ Male SMA & Male “N”
CX24MS03MN Coaxial Cable, LMR-240, 3′ Male SMA & Male “N” (standard pigtail)
CX24MS07MN Coaxial Cable, LMR-240, 7′ Male SMA & Male “N”
CX24MS10MN Coaxial Cable, LMR-240, 10′ Male SMA & Male “N”
CX24MS20MN Coaxial Cable, LMR-240, 20′ Male SMA & Male “N”
CX24MS30MN Coaxial Cable, LMR-240, 30′ Male SMA & Male “N”
LMR-240 – Male SMA to Female N
Model Number Description
CX24MS01FN Coaxial Cable, LMR-240, 1′ Male SMA & Female “N”
CX24MS03FN Coaxial Cable, LMR-240, 3′ Male SMA & Female “N”
CX24MS07FN Coaxial Cable, LMR-240, 7′ Male SMA & Female “N”
CX24MS10FN Coaxial Cable, LMR-240, 10′ Male SMA & Female “N”
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Coaxial Cables – FLCx Wireless Modems
2 Part Assembly LMR-240 & LMR-400 – Male SMA Reverse Polarity to Male N
Model Number Description
CXA025RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 28′ (CX24MSRP03MN connected to CX40FN025MN)
CXA050RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 53′ (CX24MSRP03MN connected to CX40FN050MN)
CXA075RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 78′ (CX24MSRP03MN connected to CX40FN075MN)
CXA100RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 103′ (CX24MSRP03MN connected to CX40FN100MN)
CXA150RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 153′ (CX24MSRP03MN connected to CX40FN150MN)
CXA200RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 203′ (CX24MSRP03MN connected to CX40FN200MN)
CXA250RP Coaxial Cable, 2 Part Assembly: LMR-240 to LMR-400, 253′ (CX24MSRP03MN connected to CX40FN250MN)
LMR-240 – Male SMA Reverse Polarity to Male N
Model Number Description
CX24MSRP01MN Coaxial Cable, LMR-240, 1′ Rev. Pol. Male SMA & Male “N”
CX24MSRP03MN Coaxial Cable, LMR-240, 3′ Rev. Pol. Male SMA & Male “N”
CX24MSRP07MN Coaxial Cable, LMR-240, 7′ Rev. Pol. Male SMA & Male “N”
CX24MSRP10MN Coaxial Cable, LMR-240, 10′ Rev. Pol. Male SMA & Male “N”
CX24MSRP20MN Coaxial Cable, LMR-240, 20′ Rev. Pol. Male SMA & Male “N”
CX24MSRP30MN Coaxial Cable, LMR-240, 30′ Rev. Pol. Male SMA & Male “N”
LMR-240 – Male SMA Reverse Polarity to Female N
Model Number Description
CX24MSRP01FN Coaxial Cable, LMR-240, 1′ Rev. Pol. Male SMA & Female “N”
CX24MSRP03FN Coaxial Cable, LMR-240, 3′ Rev. Pol. Male SMA & Female “N”
CX24MSRP07FN Coaxial Cable, LMR-240, 7′ Rev. Pol. Male SMA & Female “N”
CX24MSRP10FN Coaxial Cable, LMR-240, 10′ Rev. Pol. Male SMA & Female “N”
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Coaxial Cables – “N” Universal
LMR-240 – Female N to Male N
Model Number Description
CX24FN01MN Coaxial Cable, LMR-240, 1′ Female “N” & Male “N”
CX24FN03MN Coaxial Cable, LMR-240, 3′ Female “N” & Male “N”
CX24FN07MN Coaxial Cable, LMR-240, 7′ Female “N” & Male “N”
CX24FN10MN Coaxial Cable, LMR-240, 10′ Female “N” & Male “N”
CX24FN20MN Coaxial Cable, LMR-240, 20′ Female “N” & Male “N”
CX24FN30MN Coaxial Cable, LMR-240, 30′ Female “N” & Male “N”
LMR-240 – Male N to Male N
Model Number Description
CX24MN01MN Coaxial Cable, LMR-240, 1′ Male “N” & Male “N”
CX24MN03MN Coaxial Cable, LMR-240, 3′ Male “N” & Male “N”
CX24MN07MN Coaxial Cable, LMR-240, 7′ Male “N” & Male “N”
CX24MN10MN Coaxial Cable, LMR-240, 10′ Male “N” & Male “N”
CX24MN20MN Coaxial Cable, LMR-240, 20′ Male “N” & Male “N”
CX24MN30MN Coaxial Cable, LMR-240, 30′ Male “N” & Male “N”
LMR-400 – Female N to Male N
Model Number Description
CX40FN025MN Coaxial Cable, LMR-400, 25′ Female “N” & Male “N”
CX40FN050MN Coaxial Cable, LMR-400, 50′ Female “N” & Male “N”
CX40FN075MN Coaxial Cable, LMR-400, 75′ Female “N” & Male “N”
CX40FN100MN Coaxial Cable, LMR-400, 100′ Female “N” & Male “N”
CX40FN150MN Coaxial Cable, LMR-400, 150′ Female “N” & Male “N”
CX40FN200MN Coaxial Cable, LMR-400, 200′ Female “N” & Male “N”
CX40FN250MN Coaxial Cable, LMR-400, 250′ Female “N” & Male “N”
LMR-400 – Male N to Male N
Model Number Description
CX40MN025MN Coaxial Cable, LMR-400, 25′ Male “N” & Male “N”
CX40MN050MN Coaxial Cable, LMR-400, 50′ Male “N” & Male “N”
CX40MN075MN Coaxial Cable, LMR-400, 75′ Male “N” & Male “N”
CX40MN100MN Coaxial Cable, LMR-400, 100′ Male “N” & Male “N”
CX40MN150MN Coaxial Cable, LMR-400, 150′ Male “N” & Male “N”
CX40MN200MN Coaxial Cable, LMR-400, 200′ Male “N” & Male “N”
CX40MN250MN Coaxial Cable, LMR-400, 250′ Male “N” & Male “N”
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Antenna/Coax Kits – EU Approved
2 Part Assembly LMR-240 & LMR-400 – Omni
Model Number Description
AEU2.4-O4B-025 2.4GHz Omni Ant/Coax Kit, 4dBi, 25′, EU Cmplnt., Incl: A-2.4-O4B, CXA025RT
AEU2.4-O5B-050 2.4GHz Omni Ant/Coax Kit, 5dBi, 50′, EU Cmplnt., Incl: A-2.4-O5B, CXA050RT
AEU2.4-O5B-075 2.4GHz Omni Ant/Coax Kit, 5dBi, 75′, EU Cmplnt., Incl: A-2.4-O5B, CXA075RT
AEU2.4-O5B-100 2.4GHz Omni Ant/Coax Kit, 5dBi, 100′, EU Cmplnt., Incl: A-2.4-O5B, CXA100RT
2 Part Assembly LMR-240 & LMR-400 – Yagi
Model Number Description
AEU2.4-Y10B-025 2.4GHz Yagi Ant/Coax Kit, 10dBi, 25′, EU Cmplnt., Incl: A-2.4-Y10B, CXA025RT, ATTN/1DB
AEU2.4-Y14B-050 2.4GHz Yagi Ant/Coax Kit, 14dBi, 50′, EU Cmplnt., Incl: A-2.4-Y14B, CXA050RT, ATTN/3DB
AEU2.4-Y14B-075 2.4GHz Yagi Ant/Coax Kit, 14dBi, 75′, EU Cmplnt., Incl: A-2.4-Y14B, CXA075RT, ATTN/1DB
AEU2.4-Y14B-100 2.4GHz Yagi Ant/Coax Kit, 14dBi, 100′, EU Cmplnt., Incl: A-2.4-Y14B, CXA100RT
LMR-240 – Omni
Model Number Description
AEU2.4-O3B-010 2.4GHz Omni Ant/Coax Kit, 3dBi, 10′, EU Cmplnt., Incl: A-2.4-O3B, CX24MSRT10MN
AEU2.4-O4B-020 2.4GHz Omni Ant/Coax Kit, 4dBi, 20′, EU Cmplnt., Incl: A-2.4-O4B, CX24MSRT20MN
AEU2.4-O5B-030 2.4GHz Omni Ant/Coax Kit, 5dBi, 30′, EU Cmplnt., Incl: A-2.4-O5B, CX24MSRT30MN
LMR-400 – Yagi
Model Number Description
AEU2.4-Y10B-010 2.4GHz Yagi Ant/Coax Kit, 10dBi, 10′, EU Cmplnt., Incl: A-2.4-Y10B, CX24MSRT10MN, ATTN/2DB
AEU2.4-Y10B-020 2.4GHz Yagi Ant/Coax Kit, 10dBi, 20′, EU Cmplnt., Incl: A-2.4-Y10B, CX24MSRT20MN, ATTN/1DB
AEU2.4-Y10B-030 2.4GHz Yagi Ant/Coax Kit, 10dBi, 30′, EU Cmplnt., Incl: A-2.4-Y10B, CX24MSRT30MN

Antenna Information

The LMR-240 (smaller coax) has a smaller bend radius and will cause less strain on the SMA connector of the radio. Additionally, only the smaller coax can take an SMA connector directly. It is possible to put an “N” connector on the LMR-400 (larger coax) and then use an N-to-SMA adapter, but this is not recommended. This scenario allows for slightly lower losses but requires very deliberate strain relief for the coax-to-radio connection. The attachment to the radio should always be made with a minimum length of LMR-240 (unless the customer has a very specific reason not to do so). US FCC regulations allow for a maximum Effective Rated Power (ERP) of 4W. Since the 900 MHz radio modules are capable of a maximum output of 1W, the entire transmission line including the antenna must have a total gain of no more than 6dB. 2.4 GHz systems must have a total transmission line and antenna gain of no more than 9dB. Data-Linc Group lists the specifications of its approved antennas in dBd, which means these figures may be plugged right in to the formula which follows. The total transmission line gain can be calculated simply by adding the gain of the antenna (dBd) and the losses of the feeder cable (coax), connection points (pairs of coax connectors) and surge protector (if used). Coax LMR-240 has losses of 7.6dB/100’ at 900 MHz, and 12.9dB/100’ at 2.4GHz. Coax LMR-400 has losses of 3.9dB/100’ at 900 MHz, and 6.8dB/100’ at 2.4GHz. Please note that LMR-400 has nearly half the losses of LMR-240 in both frequency bands. At distances over about 25’ power losses can be reduced by using a 3’ stub of LMR-240 with an “N” connector on the antenna end, in combination with the desired length ofLMR-240. The savings in power dissipation make it worth the small losses in the additional connector pair. The total transmission line gain then equals G – L – .48(C) where “G” is the gain of the antenna in dBd. “L” is the total loss in the coax itself, found by multiplying the appropriate specification listed above by the number of feet of coax. And, C is the number of coax connector pairs (or connection points) in the entire transmission line. The maximum allowable transmission line gain is 6dB for 900MHz units, and 9dB for 2.4GHz units, assuming the radios are set for maximum transmit power. Data-Linc Group does not authorize the sale of systems capable of exceeding these specifications to any customer. Several transmission line configurations are shown in the accompanying drawings. Users are not limited to these configurations. The drawings merely represent the configurations most likely to satisfy customer requirements. The new coax cable selections are intended to allow the end user greater flexibility while reducing the need to stock many different cables. All coax cables used in the past will still be available under their old model numbers. (See also Antenna Installation Instructions.)