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WR110

MSRP: Call For Price

Compact Single-Polarity X-Band Doppler Weather Radar

Antenna TypeRadome

BandX-Band

Beam Angle2.7 Degrees

Frequency9.4 gHz band

Beam Width2.7 degrees

Power Usage100-240 VAC - Single Phase 50-60Hz or 350 W max - 200 W typ

Power Output100 W

Range70 km max

All prices shown are in USD. Prices are valid in US and Canada only.

Home Products WR110

Performance and Reliability Within Reach!

The WR110 is a compact and lightweight weather Radar system designed for versatility and ease of use. With 100-240V worldwide voltage flexibility and low 200-watt power consumption, the WR110 requires only a standard wall outlet, making it compatible with virtually all installation environments. With a smart balance of high performance and simple installation, the WR110 opens up a wide range of applications for both permanent and mobile use.

Simplified Installation

Built for convenience, the WR110 features a compact design (ø98 cm, 65 kg) that simplifies installation with no heavy equipment required. It operates on a regular 100V outlet with low power consumption (200W), making it suitable for various locations. The WR110 uses a Solid-State transmission device, which is highly reliable, requires minimal maintenance, and ensures long operational life. Additionally, built-in Radar status monitoring ensures optimized system performance.

Designed with mobility in mind, the WR110 can be transported through tight spaces (minimum width 800 mm) and disassembled if necessary. A range of transportation options, including pickup trucks, trailers, and small vans, makes relocation and setup at a new site simple. Optional accessories such as a heading sensor, vibration isolator (MIL-STD-810G compliant), and a dedicated transport case ensure safe and secure handling during transit.

Flexible Data Formats

The WR110 supports various data formats compatible with major weather software platforms, including GR2Analyst, WSV3, Baron Lynx, and Vaisala IRIS Focus. This ensures seamless integration into existing workflows and broad compatibility with analysis tools used in meteorological operations.