Hard Case Assembly IPA
Battery IPA (Quantity 2 pcs )
Dual Battery Charging Cradle
Cable USB-A - USB-MiniB
Qty: 1Battery Lithium Ion
Qty: 3Cradle Dual Charging
Qty: 1Case Hard
Qty: 1Strap Shoulder
Qty: 1Carabiner with Screw Keylock
Qty: 2Adapter 7/16 Din(m) - 7/16 Din(f)
Qty: 1Antenna WiFi
Qty: 1AC Adapter
Qty: 1Memory Card 8 GB
Qty: 1USB Drive with Software and Manuals
Qty: 1Carabiner with Screw Keylock
Qty: 2Cable USB-A - USB-MiniB
Qty: 1Antenna WiFi
Qty: 1AC Adapter
Qty: 1Adapter 7/16 Din(m) - 7/16 Din(f)
Qty: 1Strap Shoulder
Qty: 1Battery Lithium Ion
Qty: 1Memory Card
Qty: 1ConcealFab Product Guide
Kaelus IPA Spec Sheet
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The Kaelus iPA-0850A is a battery-portable passive intermodulation analyzer designed for the 850 MHz cellular band. It operates with TX1 at 869 MHz and TX2 covering 879 to 894 MHz, with a PIM receive band spanning 824 to 849 MHz in 100 kHz steps. The iPA-0850A measures reverse (reflected) PIM at 3rd and 5th order intermodulation products, enabling comprehensive PIM testing on 850 MHz cellular infrastructure.
The iPA-0850A achieves residual PIM performance of less than -117 dBm (-160 dBc) maximum and less than -125 dBm (-168 dBc) typical. The measurement noise floor is less than -128 dBm, and the full measurement range extends from -50 dBm to -128 dBm. This sensitivity allows detection of PIM sources that may cause uplink interference on 850 MHz cellular networks, even at levels well below the noise floor of the base station receiver.
The iPA-0850A A Series model provides adjustable test power from 0.1 W to 20 W (+20 to +43 dBm) in 1 dB increments, with power accuracy of +/- 0.5 dB maximum per tone. The IEC-compliant 20 W design allows testing at realistic operating power levels while remaining within international safety standards. Transmit frequency accuracy is +/- 5 ppm maximum with aging of +/- 1 ppm maximum after the first year.
The iPA-0850A supports local control through its built-in 4.3-inch (109 mm) touchscreen display and remote control via WiFi from any phone, tablet, or laptop computer with a web browser. The WiFi remote control capability allows hands-free dynamic testing, which is particularly valuable for tower top testing where the technician needs both hands free for safety. An SMA-RP connector is provided for an external WiFi antenna to extend the wireless control range.
The iPA-0850A includes three built-in measurement modes: PIM versus Time for continuous monitoring during dynamic testing such as tapping and flexing connections to identify intermittent PIM sources, Swept PIM for scanning across the 824 to 849 MHz receive band to identify PIM products at specific frequencies, and Spectrum Monitor for observing the RF environment. The optional Range to Fault (RTF-1000) module adds distance-to-PIM and distance-to-return-loss fault location capability.
The iPA-0850A measures 369 x 160 x 240 mm (14.5 x 6.3 x 9.4 inches) and weighs 12 kg (26 lbs). It is rated IP54 for dust and splash protection, upgrading to IP67 when placed inside the optional hard case. Operating temperature range is -10 to +45 degrees Celsius, with storage temperature from -10 to +60 degrees Celsius. The instrument operates in 5% to 95% relative humidity (non-condensing) and meets a 40G mechanical shock rating for rugged field environments.
The iPA-0850A uses removable 25.9 VDC, 2600 mAh, 67 Wh lithium-ion battery packs that deliver a minimum of 2 hours of operating time per pack, with actual runtime depending on test power settings and usage patterns. The battery charger provides 29.4 VDC at 1.2 Amp output, and a dual battery charger for standalone charging is available as a separate purchase. The removable battery pack design supports hot-swapping in the field for extended testing sessions.
The iPA-0850A provides a 7-16 DIN female RF output connector, which is the standard interface for cell site feed system components. Data and control interfaces include a USB 2.0 Host port, a USB 2.0 Slave port, an SD card slot, an SMB female monitor port for connecting an external spectrum analyzer, and an SMA-RP WiFi antenna connector. The instrument includes an automatic return loss alarm that detects high return loss conditions and shuts down the test to protect both the analyzer and the connected system, along with extensive reporting capabilities for generating comprehensive site reports.