The VHF50 Series provides DC block surge protection for LMR and remote monitor applications requiring frequencies between 100 MHz and 512 MHz.

Features

• Wide-frequency ranges from 100 MHz to 512 MHz
• 7/16" DIN and N-Type connectors available
• Ultra low PIM rated options
• Repeatable RF performance after surge
• Flexible bulkhead and bracket mounting capabilities
• Weatherproof when installed

The VHF50 Series provides DC block surge protection for LMR and remote monitor applications requiring frequencies between 100 MHz and 512 MHz.

Features

• Wide-frequency ranges from 100 MHz to 512 MHz
• 7/16" DIN and N-Type connectors available
• Ultra low PIM rated options
• Repeatable RF performance after surge
• Flexible bulkhead and bracket mounting capabilities
• Weatherproof when installed

The VHF50 Series provides DC block surge protection for LMR and remote monitor applications requiring frequencies between 100 MHz and 512 MHz.

Features

• Wide-frequency ranges from 100 MHz to 512 MHz
• 7/16" DIN and N-Type connectors available
• Ultra low PIM rated options
• Repeatable RF performance after surge
• Flexible bulkhead and bracket mounting capabilities
• Weatherproof when installed

7/16 M/F Coaxial RF Surge Protector, 100MHz - 512MHz, DC Block, 750W, IP67, .5uJ, 20kA, Filter, Low PIM -150 dBc, Bracket Down, Hole Mount

The VHF50 Series provides DC block surge protection for LMR and paging applications 100 - 512 MHz. Industry leading PIM rated products are also available.

Standards

Weatherproof: IEC 60529 IP 67

Bellcore TA-NWT-000487

Procedure 4.11, Wind Driven (120 MPH)

CE and RoHS Compliant

The VHF50 Series provides DC block surge protection for LMR and remote monitor applications requiring frequencies between 100 MHz and 512 MHz

Features

• Wide-frequency ranges from 100 MHz to 512 MHz
• 7/16" DIN and N-Type connectors available
• Ultra low PIM rated options
• Repeatable RF performance after surge
• Flexible bulkhead and bracket mounting capabilities
• Weatherproof when installed

The Times Protect® LP-HBX-N series high performance surge arrestor series addresses applications in the 100MHz-700MHz spectrum. Our unique DC blocking technology employed in this design provides optimum isolation of the antenna port from the protected equipment port for maximum surge protection. LPHBX-N series surge protectors have exceptional RF performance and are constructed from the highest quality materials for unsurpassed durability and longevity. These units meet and surpass all applicable industry standards. The LP-HBX-N series product family is available with N connector configurations to satisfy various installation requirements.

The Times Protect® LP-HBX-N series high performance surge arrestor series addresses applications in the 100MHz-700MHz spectrum. Our unique DC blocking technology employed in this design provides optimum isolation of the antenna port from the protected equipment port for maximum surge protection. LPHBX-N series surge protectors have exceptional RF performance and are constructed from the highest quality materials for unsurpassed durability and longevity. These units meet and surpass all applicable industry standards. The LP-HBX-N series product family is available with N connector configurations to satisfy various installation requirements.

Polyphaser's SX series of surge arrestors use a patented spiral inductor design. The almost instantaneous response to a lightning surge minimizes energy let-through and protects critical wireless equipment. Models available with ultra-low PIM and DC Pass (AISG) capability,used in 4G and 5G applications.

Features

• Frequency Ranges from DC to 11GHz
• 4.3-10, 7/16" DIN, N-Type, TNC, and SMA
• Available with low PIM
• Repeatable RF performance after surge
• Weatherproof when installed

The Times Protect™ high performance series is an exceptional DC blocked design for outstanding surge performance, capable of withstanding multiple lightning strikes. The operating band width of 680MHz-2200MHz makes the LP-STRL-D series suitable for a broad range of applications.This design covers the 700MHz Band for Public Safety Services as well as LTE (Long Term Evolution) applications. With it's excellent passive intermodulation performance, outstanding RF performance over the entire operating band and superior power handling capability, the LP-STRL-D product family in unequaled. Its fully weatherized housing meeting IP67 standard allows for outdoor as well as indoor installation.

The Times Protect&™ LP-STRL-N high performance series is an exceptional DC blocked design for outstanding surge performance, capable of withstanding multiple lightning strikes. The operating band width of 680MHz-2200MHz makes the LPSTRL-N series suitable for a broad range of applications. This design covers the 700MHz Band for Public Safety Services as well as LTE (Long Term Evolution) applications. With its excellent passive intermodulation performance, outstanding RF performance over the entire operating band and superior power handling capability, the LP-STRL-N product family is unequaled. Its fully weatherized housing meeting IP67 standard allows for outdoor as well as indoor installation.

The Times Protect&™ LP-STRL-N high performance series is an exceptional DC blocked design for outstanding surge performance, capable of withstanding multiple lightning strikes. The operating band width of 680MHz-2200MHz makes the LPSTRL-N series suitable for a broad range of applications. This design covers the 700MHz Band for Public Safety Services as well as LTE (Long Term Evolution) applications. With its excellent passive intermodulation performance, outstanding RF performance over the entire operating band and superior power handling capability, the LP-STRL-N product family is unequaled. Its fully weatherized housing meeting IP67 standard allows for outdoor as well as indoor installation.

The Times Protect™ high performance series is an exceptional DC blocked design for outstanding surge performance, capable of withstanding multiple lightning strikes. The operating band width of 680MHz-2200MHz makes the LP-STRL-D series suitable for a broad range of applications.This design covers the 700MHz Band for Public Safety Services as well as LTE (Long Term Evolution) applications. With it's excellent passive intermodulation performance, outstanding RF performance over the entire operating band and superior power handling capability, the LP-STRL-D product family in unequaled. Its fully weatherized housing meeting IP67 standard allows for outdoor as well as indoor installation.

The LP-STR-N high performance series is an exceptional DC blocked design for superior surge performance, capable of withstanding multiple lightning strikes. The operating band width of 800MHz-2500MHz makes the LPSTR- N series suitable for a broad range of applications.

GbE, PoE+ (51W) data line surge protector with protection modes L-G and S-G and IP23 enclosure rating.

Features

• Gas tube technology
• Ease of installation (simple hand tools required
• Pole | wall mount capable
• Lock hinged cover
• 1 year warranty

Engineered with ease of installation in mind, Transtector's ALPU-F140 is designed to support GbE, PoE +, PoE ++ (100 W) applications. Protection Modes include L-L, L-G and S-G with an enclosure rating of IP65.

Features

• Pole | wall mount capable
• Weatherized grommet and gasket
• Ruggedized environmental design prevents water ingress
• Locking hinged cover
• Corrosion, UV and salt fog protection
• 3-year warranty

Data Surge Protector, Outdoor, 10G Ethernet/PoE++

RF surge protector (also known as lightning arrester) TUSX-NFF from PolyPhaser utilizing a patented spiral inductor design enables an almost instantaneous response to a lightning surge to protect critical hardware while maintaining the RF performance. This RF surge protector component is manufactured in a coaxial in-line design with wide operating frequency range.

Features

• Surge current of 40kA
• Max Power 2.5kW
• Frequency range from 300 MHz to 1.2 GHz
• Waterproof IP67 rated
• N-type Female connectors
• DC Block
• VSWR <1.1:1
• Low insertion loss
• CE & RoHS compliant
• Bidirectional