🌍 Worldwide Shipping· 100,000+ SKUs · End-of-Life Specialists
πŸ‘€Hello, Sign inAccount
πŸ’¬24/7 LiveSupport
πŸ›’ Cart 0
πŸ” Hover to zoom
βœ“ IN STOCK Β· 10 AVAILABLE

Cell Tower PIM Testing Solution Kaelus IPA1800A Analyzer

IPA1800A
β˜…β˜…β˜…β˜…β˜…5.0 (1 review)
Price on Request
πŸ’³ Buy Now
  • βœ“ Product sourcing and condition details are provided based on the available supplier information for each item
  • βœ“ Inspection and documentation details vary by product and can be shared when available
  • βœ“ Warranty, return and replacement terms are confirmed in the quotation or order details
  • βœ“ Shipping options, carriers and delivery estimates depend on the destination and order requirements
  • βœ“ Cross-reference and alternate-part requests can be reviewed based on available technical information

Kaelus IPA1800A

Portable PIM analyzer for accurate passive intermodulation measurement in wireless infrastructure deployment and maintenance

Brand Kaelus
Model IPA1800A
Voltage 100-240V AC, 50/60Hz with rechargeable Li-Ion battery
Country of Origin Australia
Weight 7.5 kg
Dimensions 350 x 280 x 120 mm
Warranty 24 months
Certifications CE, FCC, RoHS, IEC 60950-1
SKU / MPN IPA1800A
What’s in the box IPA1800A analyzer, AC adapter, calibration certificate, RF test cables, rugged carrying case, user manual, quick start guide
Frequency Range 700 MHz to 1800 MHz
Measurement Type Passive Intermodulation (PIM)
PIM Sensitivity -125 dBm typical
Output Power 2 x 20W (43 dBm)
Display 8-inch color touchscreen
Connectivity USB, Ethernet, Wi-Fi, GPS

Key benefits: High PIM sensitivity, rugged portable design, long battery life, intuitive touchscreen interface, comprehensive reporting, GPS-tagged results

Typical applications: Cellular tower commissioning, antenna system verification, DAS installation testing, RF component qualification, base station maintenance, 4G/5G network rollout

Lifecycle: Active product, current generation with ongoing firmware updates and 7+ year availability

Customers who bought this also viewed

View More β†’