Battery IPA (Quantity 2 pcs )
Dual Battery Charging Cradle
Hard Case Assembly IPA
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: 1USB Drive with Software and Manuals
Qty: 1Case Hard
Qty: 1Battery Lithium Ion
Qty: 2ConcealFab Product Guide
Kaelus IPA Spec Sheet
Content is AI-generated. Verify critical details with manufacturer-provided resources.
The Kaelus iPA-0707A is a battery-portable passive intermodulation analyzer designed for 700 MHz LTE band testing. It operates with TX1 frequencies from 698 to 716 MHz and TX2 frequencies from 728 to 731.5 MHz, with a PIM receive band spanning 741 to 764 MHz in 100 kHz steps. The iPA-0707A measures reverse (reflected) PIM at 3rd and 5th order intermodulation products, making it suitable for testing cell site components on the 700 MHz LTE band.
The iPA-0707A 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 spans from -50 dBm to -128 dBm. These sensitivity levels allow the iPA-0707A to detect low-level PIM sources that could degrade uplink performance on 700 MHz LTE networks.
The iPA-0707A A Series model supports 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 adjustable power range allows operators to test at levels appropriate for different scenarios, from in-building DAS systems at lower power to macro cell site components at full 20 W per tone. The transmit frequency accuracy is +/- 5 ppm maximum with aging of +/- 1 ppm maximum after the first year.
The iPA-0707A offers two control methods: a local 4.3-inch (109 mm) touchscreen display built into the unit, and WiFi remote control from any WiFi-enabled phone, tablet, or laptop computer using a standard web browser. The WiFi remote capability enables hands-free dynamic testing at the top of the tower, which is safer and more convenient than operating the instrument manually while climbing. An SMA-RP connector is provided for an external WiFi antenna.
The iPA-0707A provides three standard measurement modes: PIM versus Time for monitoring PIM levels during dynamic testing such as tapping or flexing connections, Swept PIM for scanning across the receive band to identify PIM products at different frequencies, and Spectrum Monitor for observing the RF environment in the receive band. An optional Range to Fault (RTF) module (RTF-1000, sold separately) adds the ability to measure distance to PIM faults and distance to return loss faults.
The iPA-0707A measures 369 x 160 x 240 mm (14.5 x 6.3 x 9.4 inches) and weighs 12 kg (26 lbs), making it portable for tower top and rooftop testing. It carries an IP54 ingress protection rating for dust and splash resistance, which increases to IP67 when enclosed in the optional hard case. The instrument is rated for operating temperatures from -10 to +45 degrees Celsius, storage temperatures from -10 to +60 degrees Celsius, and 5% to 95% relative humidity (non-condensing), with a mechanical shock rating of 40G.
The iPA-0707A is powered by removable 25.9 VDC, 2600 mAh, 67 Wh lithium-ion battery packs that provide a minimum of 2 hours of operating time per pack depending on usage. The battery charger outputs 29.4 VDC at 1.2 Amp, and a dual battery charger for standalone charging is available separately. The removable battery design allows field technicians to carry spare packs for extended testing sessions without returning to a charging station.
The iPA-0707A features a 7-16 DIN female RF output connector for connecting directly to the device under test, which is the standard connector type used on cell site feed systems. Additional interface ports include a USB 2.0 Host port, a USB 2.0 Slave port, an SD card slot for data storage, an SMB female monitor port for external spectrum analysis, and an SMA-RP connector for the external WiFi antenna. The instrument also includes an automatic return loss alarm that detects and shuts down testing when high return loss is detected, protecting both the analyzer and the system under test.