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Antennas: X7C, C7C
Antenna datasheets, patterns, and bracket information are available as active links on the antenna matrix. Refer to Ordering Information for options and variants of the antenna model. Please see: http://info.jmawireless.com/fixed-tilt-antenna-matrix
Antenna Datasheets, patterns, and bracket info are available as active links on the antenna matrix. Refer to the Ordering Information section for options and variants of the antenna model. Please see: http://info.jmawireless.com/ret-antenna-matrix
Please contact JMA Wireless Customer Service at +1.888.201.6073 8 AM - 5 PM EST or email customerservice@jmawireless.com
JMA RET Controller and RET-200, External RETs
This manual covers how to install the GUI and driver and operation of the PCU-220 RET controller. Please see: http://www.jmawireless.com/products/pcu-220
You can download the antenna configuration files at: http://info.jmawireless.com/ret-200
You can download the latest RET-200 Firmware at the link below. Please see: http://info.jmawireless.com/ret-200
JMA RET-200 is a single RET, type-1 and has one unique ID per motor. Multi-RETs are type 17 and have one unique ID for multiple motors.
The current JMA GUI is compatible only with JMA RETs which are type1, single RETs. Our GUI is NOT compatible with multi-RETs or AISG TMAs.
Yes, RET-200 motors are field replaceable. You can download the instructions at: http://info.jmawireless.com/ret-200
Yes, all RET-200 motors can be used as a direct replacement but the correct antenna configuration file and updated firmware must be verified. Please contact JMA Tech Support at +1.888.201.6073 with any additional questions regarding the software and antenna files.
Refer to page 10, section V of the PCU-220 User Guide. Please see: http://www.jmawireless.com/products/pcu-220
Commscope ATC Lite -200, Amphenol PCU-4, and RFS - PA-USB/485-2. Ensure that the drivers for each of these controllers are installed on your PC for compatibility.
The JMA RET controller output is +24VDC. You can verify this by connecting the RET controller to an RET motor and measure the DC voltage on pins 6 & 7 of the AISG connector using a volt meter. You can get the AIS connector pin connections from the RET-200 datasheet. Please see: http://info.jmawireless.com/ret-200
The dielectric grease MUST be applied to all AISG ports to prevent water ingress and corrosion, and no additional weatherproofing should be used.
There is no torque specification for the RET cable connection to the AISG port on the RETs/antennas. It should ONLY be hand tightened and no additional weatherproofing should be used.
Yes, please follow these steps:
1. Power up the RET controller.
2. Connect the USB cable from the RET controller to the PC.
3. Launch the RET Controller GUI and set up the COM port.
4. Connect the RET Controller to an RET motor.
5. Start the RET Scan.
This depends on the RU/RRU manufacturer. Typically, no more than six RETs can be daisy-chained to a single RU/RRU. For ground testing, perform the RET test according to the RET connection diagram for the site.
NWAV Antennas: MX and MC
Please refer to the RET and RF Connector Topology section of each antenna datasheet. Typically it is ports 1 and 3 on the hex-port antennas and ports 1 and 5 on the octo-port antennas. Please see: http://info.jmawireless.com/ret-antenna-matrix
A bottom Smart Bias-T is required to inject the DC/AISG to the antenna RF port (e.g. 1, and 3 or 5) with internal Smart Bias-Ts.
No, they are not. Please refer to the RET and RF Connector Topology section of each antenna datasheet. The low-band RET(s) are not internally connected to the high-band RETs. On the octo- NWAV antennas, there are two low-band RETs that are internally daisy chained: one for 700 MHz and one for 800 MHz. Please see: http://info.jmawireless.com/ret-antenna-matrix
No. Please ensure there is only one DC/AISG feed to each RET/AISG bus.
Please refer to the Array Topology section of each datasheet. Typically the Low band is in the center with the High band on each side.
Please go to: http://info.jmawireless.com/ret-antenna-matrix
When testing return loss and PIM, please reference the specified frequency range assigned to each RF port on the antenna. Test results are ONLY valid for the specified range on each port.
There is no need to update the firmware or antenna configuration files on the NWAV antennas.
Commscope ATC Lite -200, Amphenol PCU-4, and RFS - PA-USB/485-2. Ensure that the drivers for each of these controllers are installed on your PC for compatibility.
JMA NWAV RETs are single RET, type-1 and have one unique ID per motor. Multi-RETs are Type 17 and have one unique ID for multiple motors.
NWAV Filters
Please refer to the datasheets for each filter on our multi-band combiner matrix. Reference the section on DC Sense and Routing specification and follow the port priority. Please see: http://info.jmawireless.com/products/antenna-systems/filter-matrix
The NWAV filters can be mounted in any orientation. Just ensure there are no obstructions to the weep holes.
PIM testing should only be performed on the PCS (1900) ports. The AWS (2100) port cannot be PIM tested due to the 400 MHz separation of the Rx to Tx bands.
NWAV filters use priority based on frequency hierarchy. If there is a conflict (multiple DC inputs from separate radios) it will allocate DC based on the frequency priority.
You will need to install a DC block(s) on the priority frequency to force the next priority frequency to pass DC voltage.