200W Power SWR Meter

Specifications:

• Frequency Range: 1.6-50MHz

• Power Measurement Range: 0.5W-200W

• Standing Wave Measurement Range: 1.0-99.9

• Insertion Loss: < 0.12dB

• Standing Wave Insertion: ≤ 1.02 at 1.6-30MHz; ≤ 1.05 at 30-50MHz

• Measurement Accuracy: Better than ±5%

• Impedance: 50Ω

• RF Interface Type: SO239

• Display Type: 1.29-inch OLED Screen

• Power Supply: Built-in rechargeable lithium battery or USB type-C

• Power Consumption: < 0.1uA

• Dimensions: 88 x 38 x 64mm / 3.5 x 1.5 x 2.5 inches (excluding protrusions)

Features:

• Digital Power Standing Wave Meter: Measures HF shortwave power up to 200W.

• Upgraded Hardware: Includes a 1.29-inch large OLED display screen.

• Improved Firmware: New fitting algorithm and multi-point correction algorithm enhance accuracy and functionality.

• Display Modes: Normal mode and peak hold mode, with dynamic analog display bar for intuitive power status under SSB.

• High Accuracy: Accuracy better than 5% over the entire power range of 0.5W to 200W.

• Multiple Interfaces: 5 display methods with high-speed average detection mode and real-time efficiency display.

• Standing Wave Alarm: Intermittent beep alarm for standing wave ≥ 2.0, continuous beep alarm for standing wave ≥ 3.0. The alarm can be turned off.

• Built-in Lithium Battery: Provides more than 50 hours of use on a single charge.

• Multi-Function Button: Enhances usability and interaction for future functions.

• Firmware Upgrade: Supports upgrades via USB type-C.

Package Includes:

• 1 x Power SWR Meter

Usage Instructions:

• Power On/Off: Long press the switch to turn on/off.

• Display Interface: Short press the button to switch display interfaces. Double click to switch the standing wave alarm. Triple click to switch between normal mode and peak hold mode.

• Charging Indicator: Red light indicates charging, and the light goes out when fully charged.

Attention:

• The above parameters are measured by professional instruments and are accurate. Continuous use at 200W detection is supported, but exceeding 500W can damage detection components.