Nissei RS-102 High-Precision RF Power & SWR Meter – 1.8–200 MHz VHF/HF Stationary Wave Cross-Needle Monitor, 200W Multi-Scale Wattmeter with SSB Peak Power Tracking Matrix

  • REF: 1991
  • EAN: 8435550805591

SWR/power meter

The Nissei RS-102 – STATIONARY WAVE METER (ROE) WATIMETER Radiated power reading Reading reflected power Reading power peaks (SSB) Coverage: 1.8-200 Mhz Measuring power: 0-200W Measuring scale: 5/20 / 200W Minimum SWR measurement power: 3W. *Specifications subjected to change. is a commercial-grade, high-integrity inline diagnostic infrastructure instrument precision-engineered to deliver secure voice synchronization, accurate transmission loop monitoring, and absolute transmitter front-end protection across active radio grids. Built with an advanced mechanical movement layout to overhaul small, inaccurate stock indicators that mask impedance mismatches, this premium bench monitor provides real-time tracking metrics to preserve systemic balance. It stands as an essential operational procurement asset for commercial maritime communication hubs, tactical public safety dispatch rooms, telecommunication assembly testing facilities, and high-volume B2B radiocommunication hardware accessory wholesale networks looking to source original factory-genuine test equipment lines.

The advanced internal RF architecture of this specialized instrumentation node supports a continuous broad passband layout spanning an operational coverage: 1.8-200 Mhz spectrum, making it universally compatible with HF and VHF network layouts. Built to handle standard tracking configurations safely without inducing localized signal path insertion drops, the internal processing block features a highly responsive multi-tier measuring power: 0-200W maximum capacity threshold. Operators can easily adapt visual resolution properties to match varying transceiver outputs using a simple front-panel hardware selector switch that cycles across an integrated measuring scale: 5/20 / 200W matrix, allowing deep micro-level tracking accuracy on low-power lines.

To preserve absolute technical system alignment across volatile operational conditions, the specialized internal meter coils handle multi-mode tracking configurations flawlessly. The unit executes a simultaneous radiated power reading and reading reflected power sequence to instantly compute voltage standing wave ratios without requiring complex manual alignment steps, demanding a minimum SWR measurement power: 3W forward envelope to actuate the circuitry. Concurrently, an integrated peak-hold integration matrix allows the operator to perform an accurate reading power peaks (SSB) check, allowing precise diagnostic mapping of single sideband modulated transmissions during intense tactical communication runs.

Housed inside an impact-resistant, heavy-duty sheet-metal shield casing that dampens ambient electromagnetic interference (EMI), this stationary wave meter features a large, backlit clear-view dual-movement scale window for fast, low-light data visualization. The rear bulkhead path is configured with rugged, low-loss coaxial connections engineered to prevent terminal tracking stress lines on transmission cables. Pre-calibrated and built to secure active transceiver power amplifiers from reverse-thermal breakdown failures, this turnkey watimeter system ensures complete out-of-the-box field deployment readiness for your technical workshops.

Technical Specifications

Technical Parameter Specification
Product Brand Designation Nissei (Original Factory Genuine High-Performance Test Bench Line)
Hardware Model Designation RS-102 / RS102 High-Compliance Series
Primary Component Classification Inline Stationary Wave SWR Meter and RF Wattmeter Diagnostic Terminal
Active Operational Spectrum Continuous 1.8 MHz to 200 MHz HF/VHF Band Pass Tracking Coverage
Total Scaled RF Power Range 0 to 200 Watts (200W) Maximum Forward Power Handling Core
Selectable Hardware Scale Modes Tri-Stage Resolution Block: 5 Watts / 20 Watts / 200 Watts Peak Full-Scale
Minimum SWR Activation Sensation 3 Watts (3W) Minimum Forward Power Requirement for SWR Calibration
Telemetry Output Reading Profiles • Radiated (Forward) RF Power Delivery
• Reflected (Reverse) RF Power Feedback
• Peak Envelope Power (SSB Mode Peak-Hold Circuit Integration)
System Characteristic Impedance 50 Ohm Nominal RF Link Standardization Profile
Primary Input/Output RF Ports 2x SO-239 (PL Female Heavy-Duty Threaded Chassis Connectors)
Chassis Structure Coating Rugged Steel Alloy Shield Case with Black Scratch-Resistant Finish
Auxiliary Telemetry Integration 12V DC External Input Line for Internal Meter Backlight Window Illumination
Verified Hardware Compatibility Scope HF/VHF mobile transceivers, base station dummy loads, PL-259 terminated RG-213 jumper leads, linear amplifiers, and vertical omni-directional base whips
Primary Fleet Utility Purpose Turnkey maintenance bench outfitting, antenna loop line conditioning, real-time SWR mismatch tracking, and transmitter final transistor protection