JM-Blog
Leverage streetlight photo-controlled luminaires to power remote wireless equipment. Different options exist depending on the power available from the streetlight or lighting pole, power requirements of the wireless equipment, and whether dimming control needs to pass through the power tap adapter.
Streetlight power tap adapters work with any luminaire that utilizes a photocontrol and locking type receptacle. They install between the photocontrol or shorting cap and the receptacle to provide power to attached equipment. This combined NEMA socket and plug fits existing NEMA sockets. They can also be used with voltage regulators (e.g. to provide a specified DC voltage) and other outdoor battery backup UPS systems.
Power tap adapters are usually available without connector (bare wire to radio equipment power interface), with other connector types, different cable length, and different DC/AC/POE outputs.
Check the table below to compare power tap specs for various power tap adapters.
| Compare Power Tap Specs | ||
| Item | Key Specifications | Available at these Online Market Places |
Rfwel Infra PHTCELTAP
| Output Voltage: 120 VAC Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Fisher Pierce OLC FP283A (MPN: FP283A-7865)
| Output Voltage: 120 VAC Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5730-10-2
| Output Voltage: 120 VAC Output Connector: 2 Prong Receptacle (Female) Cable Length: 10 ft Control Pass-Through: No (3-pin) Hours of Operation: Dusk to Dawn |
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Ripley Lighting Controls 5731-20-1
| Output Voltage: 120 VAC Output Connector: Bare Wire (Pigtail) Cable Length: 20 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5731-10-2
| Output Voltage: 120 VAC Output Connector: 2 Prong Receptacle (Female) Cable Length: 10 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5731-20-2
| Output Voltage: 120 VAC Output Connector: 2 Prong Receptacle (Female) Cable Length: 20 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5731-10-3
| Output Voltage: 120 VAC Output Connector: Mini-Link (Female) Cable Length: 10 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5731-20-3
| Output Voltage: 120 VAC Output Connector: Mini-Link (Female) Cable Length: 20 ft Control Pass-Through: No (3-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5771-25-1
| Output Voltage: 120 VAC Output Connector: Bare Wire (Pigtail) Cable Length: 25 ft Control Pass-Through: Yes (7-pin) Hours of Operation: Continuous On |
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Ripley Lighting Controls 5771-10-2
| Output Voltage: 120 VAC Output Connector: 2 Prong Receptacle (Female) Cable Length: 10 ft Control Pass-Through: Yes (7-pin) Hours of Operation: Continuous On |  |
Ripley Lighting Controls 5771-25-2
| Output Voltage: 120 VAC Output Connector: 2 Prong Receptacle (Female) Cable Length: 25 ft Control Pass-Through: Yes (7-pin) Hours of Operation: Continuous On | |
Ripley Lighting Controls 5771-10-3
| Output Voltage: 120 VAC Output Connector: Mini-Link (Female) Cable Length: 10 ft Control Pass-Through: Yes (7-pin) Hours of Operation: Continuous On | |
Ripley Lighting Controls 5771-25-3
| Output Voltage: 120 VAC Output Connector: Mini-Link (Female) Cable Length: 25 ft Control Pass-Through: Yes (7-pin) Hours of Operation: Continuous On | |
Fisher Pierce OLC FP287A-120-ACN
| Input Voltage: 105 - 130 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 10 ft Control Pass-Through: No (3-pin) |
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Fisher Pierce OLC FP287A-120-ACN-A
| Input Voltage: 105 - 130 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 10 ft Control Pass-Through: Yes (7-pin) |
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Fisher Pierce OLC FP287A-120-BCN
| Input Voltage: 105 - 265 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 10 ft Control Pass-Through: No (3-pin) | |
Fisher Pierce OLC FP287A-120-BCN-A
| Input Voltage: 105 - 265 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 10 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP287A-120-ADN
| Input Voltage: 105 - 130 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 10 ft Control Pass-Through: No (3-pin) | |
Fisher Pierce OLC FP287A-120-ADN-A
| Input Voltage: 105 - 130 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 10 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP287A-180-BEN-A
| Input Voltage: 105 - 480 VAC Output Voltage: 48 VDC Rated Power: 802.3af, 20W Output Connector: RJ-45, CAT6 Cable Length: 15 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP289A-120-CNB
| Input Voltage: 240 VAC Output Voltage: 120 VAC Rated Power: 50W Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: No (3-pin) |
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Fisher Pierce OLC FP289A-120-CNB-A
| Input Voltage: 240 VAC Output Voltage: 120 VAC Rated Power: 50W Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP289A-120-CNB-100W
| Input Voltage: 240 VAC Output Voltage: 120 VAC Rated Power: 100W Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: No (3-pin) | |
Fisher Pierce OLC FP289A-120-CNB-A-100W
| Input Voltage: 240 VAC Output Voltage: 120 VAC Rated Power: 100W Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP289A-120-FNH
| Input Voltage: 208 VAC Output Voltage: 120 VAC Rated Power: 100W Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: No (3-pin) | |
Fisher Pierce OLC FP289A-120-FNH-A
| Input Voltage: 208 VAC Output Voltage: 120 VAC Rated Power: 100W Output Connector: Bare Wire (Pigtail) Cable Length: 10 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP285A (MPN: FP-285)
| Input Voltage: 105 - 130 VAC Output Voltage: 120 VAC Rated Power: 1000W Output Connector: Type B Receptacle Control Pass-Through: No (3-pin) Hours of Operation: Dusk to Dawn (Switched & Timed - 6 Hours) |
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Fisher Pierce OLC FP288A-120-BAN
| Input Voltage: 100 - 265 VAC Output Voltage: 12 VDC Rated Power: 25W Output Connector: RJ45, CAT6 Cable Length: 10 ft Control Pass-Through: No (3-pin) | |
Fisher Pierce OLC FP288A-120-BAN-A
| Input Voltage: 100 - 265 VAC Output Voltage: 12 VDC Rated Power: 25W Output Connector: RJ45, CAT6 Cable Length: 10 ft Control Pass-Through: No (3-pin) | |
Fisher Pierce OLC FP288A-120-BBN
| Input Voltage: 100 - 265 VAC Output Voltage: 24 VDC Rated Power: 25W Output Connector: RJ45, CAT6 Cable Length: 10 ft Control Pass-Through: No (3-pin) |
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Fisher Pierce OLC FP288A-120-BBN-A
| Input Voltage: 100 - 265 VAC Output Voltage: 24 VDC Rated Power: 25W Output Connector: RJ45, CAT6 Cable Length: 10 ft Control Pass-Through: Yes (7-pin) | |
Fisher Pierce OLC FP283A-1-120-NNN
| Output Voltage: 120 VAC Rated Power: 100W Output Connector: Micro-Link (Female) Cable Length: 10 ft Control Pass-Through: No (3-pin) |
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Fisher Pierce OLC FP283A-1-120-NNN-A
| Output Voltage: 120 VAC Rated Power: 100W Output Connector: Micro-Link (Female) Cable Length: 10 ft Control Pass-Through: Yes (7-pin) |
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Solar PV Solutions
Remote Power for Remote Wireless
This is ideal for remote sites with no AC power. This can include a Wireless WAN site for remote CCTV monitoring or a wireless internet project.
Implementing a solar powered site with battery bank that will power equipment, consider the following:
- Calculating typical power dissipated by your WWAN; Remote Surveillance equipment
- Formulating realistic goals for alternative energy and backup battery capacity
- Selection of complete solar system components including type of enclosure to house wireless radio equipment
- Selection of mounting styles & location
Depending on the solar site, load requirement will vary. Higher load capacity will allow for increased usage duty cycle, increased radio throughput/transmit power to accommodate devices added on the network, increased support for more no-sun days, and account for environmental conditions that lead to increased use of heater/blower. There are two ways to increase load support of a solar site:
- Increase the number of solar array modules in parallel with existing string. With existing series mounted modules with output of 6A, adding another series mounted modules in parallel with the existing will give a total of 12A.
- Adding a two series wired batteries in parallel with an existing two series wired combination.
Buy Outdoor UPS Battery Backup System
Buy Rack-Mount Battery Backup System
Please contact us if you cannot find the solution you are looking for on the table below:
| Compare Solar Specs | ||
| Item | Key Specifications | Available at these Online Market Places |
Tycon Power Systems RPPL12-36-30
| System Power: 30 W Output Voltage: 12 Battery Capacity: 36 Ah Enclosure Size: 17.5 x 12.5 x 6 |
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Tycon Power Systems RPST1224-100-160
| System Power: 35 W Output Voltage: 24 Battery Capacity: 100 Ah Enclosure Size: 24 x 15 x 14 |
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Tycon Power Systems RPST1248-100-80
| System Power: 20 W Output Voltage: 12 Battery Capacity: 100 Ah Enclosure Size: 24 x 15 x 14 |
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Tycon Power Systems RPPL2448-18-30
| System Power: 30 W Output Voltage: 24 Battery Capacity: 18 Ah Enclosure Size: 17.5 x 12.5 x 6 |
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Tycon Power Systems RPST12-200-160
| System Power: 40 W Output Voltage: 12 Battery Capacity: 200 Ah Enclosure Size: 24 x 15 x 14 |
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Tycon Power Systems RPST2424-50-160
| System Power: 35 W Output Voltage: 24 Battery Capacity: 50 Ah Enclosure Size: 24 x 15 x 14 |
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Tycon Power Systems RPST1224-100-80
| System Power: 20 W Output Voltage: 12 Battery Capacity: 100 Ah Enclosure Size: 24 x 15 x 14 |
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Not sure what would work for you and need a custom solution? Please email us or call us : +1 410-877-6887
Wireless devices used in communication can be damaged by lightning strikes or electrostatic discharge. Lightning protectors and surge protectors are used to ground the harmful effects of lightning spikes to prevent damage and increase lifespan of these equipment.
The protectors work by diverting surges from the electronic devices to the ground. Some electronic devices have ESD protection built-in. However, adding the external spike/surge protection to the installation provides an additional layer of protection to the network.
Lightning and surge protection devices have specific surge thresholds that they can handle. This can either be max surge voltage or maximum surge current that can be discharged. Other parameters that characterize these protection devices are insulation resistance, capacitance, response time and whether they pass or block DC voltages. Coaxial protection devices also have a specific frequency range of operation which are specific to particular wireless equipment.
Check out the table below for various coaxial and ethernet cable surge and lightning protection devices.
| Compare Lightning Protection Specs | ||
| Item | Key Specifications | Available at these Online Market Places |
PolyPhaser BGXZ-60NFNF-ALT
| Device Type: Coax Protection Max Frequency: 0.5 GHz Connectors: N-Female - N-Female |
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Tycon Power Systems TP-ESP-100-POE24
| Connector: RJ45 |
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PolyPhaser LSXL
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Female |
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Huber & Suhner 3409.41.0081
| Device Type: Coax Protection Max Frequency: 2.5 GHz |
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Surecall SC-LP
| Device Type: Coax Protection Max Frequency: 3 GHz Connectors: N-Female - N-Female |
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PolyPhaser IS-B50LN-C0
| Device Type: Coax Protection Max Frequency: 1 GHz Connectors: N-Female - N-Female |
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Ventev TW-LP-N-P-BHJ
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Male |
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Transtector systems 1101-656
| Connectors: RJ45 |
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PolyPhaser MDS+24-F-F (MPN: MDS+24-F-F)
| Device Type: Coax Protection Max Frequency: 2.5 GHz Connectors: F-Female - F-Female |
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Ubiquiti ETH-SP-G2
| Connectors: RJ45 |
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Ubiquiti ETH-SP
| Connectors: RJ45 |
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PolyPhaser IS-NEMP-C2
| Device Type: Coax Protection Max Frequency: 1 GHz Connectors: N-Female - N-Female |
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Teletronics LTNG-2400-GDMF
| Device Type: Coax Protection Max Frequency: 2.5 GHz Connectors: N-Female - N-Male |
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PolyPhaser IS-50UX-C1-ME
| Device Type: Coax Protection Max Frequency: 0.7 GHz Connectors: UHF Female - UHF Male |
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PolyPhaser IS-50NX-C0-MA
| Device Type: Coax Protection Max Frequency: 0.7 GHz Connectors: N-Male - N-Female |
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PolyPhaser AL-LSXM-ME
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Male |
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Cambium Networks C000000L033A
| Connectors: RJ45 |
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PolyPhaser AL-LSXM-MA
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Male |
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PolyPhaser GT-NFF-AL
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Female |
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TerraWave TW-LP-N-J-BHJ
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Female |
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PolyPhaser TUSX-NFF
| Device Type: Coax Protection Max Frequency: 1.2 GHz Connectors: N-Female - N-Female |
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PolyPhaser DSXL-NS
| Device Type: Coax Protection Max Frequency: 2.7 GHz Connectors: N-Female - N-Female |
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PolyPhaser IS-50NX-C0
| Max Frequency: 0.7 GHz Connectors: N-Female - N-Female |
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Teletronics 17-503
| Device Type: Coax Protection Max Frequency: 2.4 GHz |
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PolyPhaser AL-LSXM
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: N-Female - N-Female |
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PolyPhaser IS-B50HN-C2
| Device Type: Coax Protection Max Frequency: 1 GHz Connectors: N-Female - N-Female |
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PolyPhaser IS-50NX-C0-ME
| Device Type: Coax Protection Max Frequency: 0.7 GHz Connectors: N-Female - N-Male |
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PolyPhaser VHF50HN
| Device Type: Coax Protection Max Frequency: 0.512 GHz Connectors: N-Female - N-Female |
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Rfwel Infra RFWGNDKIT001
| Connector: N-Female - N-Female |
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Teletronics LTNG-5800-GDFF
| Device Type: Coax Protection Max Frequency: 5.8 GHz |
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Mimosa Networks NID
| Connectors: RJ45 |
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TerraWave TW-LP-RPSMA-P-BHJ
| Device Type: Coax Protection Max Frequency: 6 GHz Connectors: RPSMA-Male - RPSMA-Female |
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PolyPhaser TSX-NFM
| Device Type: Coax Protection Max Frequency: 2.7 GHz Connectors: N-Female - N-Female |
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PolyPhaser DGXZ+15TFTF-A (MPN: DGXZ+15TFTF-A)
| Device Type: Coax Protection Max Frequency: 2.5 GHz Connectors: TNC-Female - TNC-Female |
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L-COM AL-NFNFB-9
| Device Type: Coax Protection Max Frequency: 3 GHz Connectors: N-Female - N-Female |
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Teletronics LTNG-2400-GDFF
| Device Type: Coax Protection Max Frequency: 2.4 GHz Connectors: N-Female - N-Female |
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PolyPhaser IS-75F-C1
| Max Frequency: 0.7 GHz Connectors: F-Female - F-Female |
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Wilson Electronics 859902
| Device Type: Coax Protection Max Frequency: 3 GHz Connectors: N-Female - N-Female |
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