Westell

Directional couplers are unequal splitters that are used tobalanceout the RF power within a distributed antenna system. They area perfect fit for the server side of a distributed antenna system,or to couple another signal source (suchas a cellular modem) intothe donor coax.

These Low PIM coaxial directional couplers feature a low throughloss and power handling capability of 200 watts average power.Directional couplers have the added benefit of low VSWR on allports plus they provide isolation on the reverse path to assurereturn path signalquality.

The NPGMT1107 Fuse Panel provides up to 20 circuits for thedistribution of DC power to equipment. Each of the 20 circuits isindividually protected by a GMT style telecommunication fuse locatedon the panel's faceplate. Alarm circuits are provided to indicate andextend alarm conditions when faults occur. Normal Operation LEDs areprovided to indicate the status of each bus in the panel.

Input wiring is connected to a high current, 2-hole lug inputblock located at the rear of the panel. Each group of fuses or bushas its own completely isolated inputs, allowing the distribution oftwo battery voltages through the same panel.

The power is distributed to the load side equipment through GMTstyle fuses. There are 10 fuses per fuse group and two groups perpanel. Each fuse position is available for installer connection atthe rear of the panel. A designation card is provided for keepingrecords of which position is connected to which equipment and whatamperage is to be used.

The Westell N250120-N-L33 Fuse Panel provides up to 20 circuitsfor the distribution of DC power to equipment. Each of the 20circuits is individually protected by a GMT style telecommunicationfuse located on the panel's faceplate. Alarm circuits are provided toindicate and extend alarm conditions when faults occur. NormalOperation LEDs are provided to indicate the status of each bus in thepanel.

Input wiring is connected to a high current, 2-hole lug inputblock located on the front of the panel. Each group of fuses or bushas its own completely isolated inputs, allowing the distribution oftwo battery voltages through the same panel.

The power is distributed to the load side equipment through GMTstyle fuses. There are 10 fuses per fuse group and two groups perpanel. Each fuse position is available for installer connection onthe front of the panel. A designation card is provided for keepingrecords of which position is connected to which equipment and whatamperage is to be used.

The N250120-N/L9 Fuse Panel provides up to 20 circuits for the distribution of DC power to equipment. Each of the 20 circuits is individually protected by a GMT style telecommunication fuse located on the panel's faceplate. Alarm circuits are provided to indicate and extend alarm conditions when faults occur. Normal Operation LEDs ar e provided to indicate the status of each bus in the panel.

Input wiring is connected to a high current, 2-hole lug input block located at the rear of the panel. Each group of fuses or bus has its own completely isolated inputs, allowing the distribution of two battery voltages through the same panel.

The power is distributed to the load side equipment through GMT style fuses. There are 10 fuses per fuse group and two groups perpanel. Each fuse position is available for installer connection at the rear of the panel. A designation card is provided for keeping records of which position is connected to which equipment and what amperage is to be used.

A termination or load is a dissipative electronic device used at the end of a transmission line or waveguide to convert transmittedenergy into heat, so that essentially no energy is radiated outwardor reflected back to its source.

These terminations are ideally suited for a variety ofapplications including testing, accurate measurement, and to terminate an unused port in an in-building system.

A termination or load is a dissipative electronic device used atthe end of a transmission line or waveguide to convert transmittedenergy into heat, so that essentially no energy is radiated outwardor reflected back to its source.

These terminations are ideally suited for a variety of applicationsincluding testing, accurate measurement, and to terminate anunused port in an in-building system.

Westell's 80 Watt attenuator is designed to attenuate, weaken thepower that is supplied by a source to a level that is suitable fortheconnected load.

Westell's passive attenuator reduces the amount of power beingdelivered to the connected load by a single fixed amount.

A termination or load is a dissipative electronic device used atthe end of a transmission line or waveguide to convert transmittedenergy into heat, so that essentially no energy is radiated outwardor reflected back to its source.

These terminations are ideally suited for a variety ofapplicationsincluding testing, accurate measurement, and to terminate anunused port in an in-building system.

A termination or load is a dissipative electronic device used atthe end of a transmission line or waveguide to convert transmittedenergy into heat, so that essentially no energy is radiated outwardor reflected back to its source.

These terminations are ideally suited for a variety ofapplicationsincluding testing, accurate measurement, and to terminate anunused port in an in-building system.

Product Highlights

• Integrated BBC Cabinet greatly simplifies installation
• NEMA3R
• Supports up to 160AH of battery @ 24VDC
• Wall Mount

Directional couplers are unequal splitters that are used tobalance out the RF power within a distributed antenna system. They area perfect fit for the server side of a distributed antenna system,or to couple another signal source (suchas a cellular modem) intothe donor coax.

These Low PIM coaxial directional couplers feature a low throughloss and power handling capability of 200 watts average power.Directional couplers have the added benefit of low VSWR on allports plus they provide isolation on the reverse path to assurereturn path signalquality.

The NPGMT1012 Fuse Panel provides up to 30 circuits for thedistribution of DC power to equipment. Each of the 30 circuits isindividually protected by a GMT style telecommunication fuse (20Amax) located on the panel's faceplate. Alarm circuits are provided toindicate and extend alarm conditions when faults occur. NormalOperation LEDs are provided to indicate the status of each bus in thepanel.

Input wiring is connected to a high current, 2-hole lug inputblock located at the rear of the panel. Each group of fuses or bushas its own completely isolated inputs, allowing the distribution oftwo battery voltages through the same panel.

The power is distributed to the load side equipment through GMTstyle fuses. There are 15 fuses per fuse group and two groups perpanel. Each fuse position is available for installer connection atthe rear of the panel. A designation card is provided for keepingrecords of which position is connected to which equipment and whatamperage is to be used.