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Tenmars TM-195 User Manual

Tenmars TM-195
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Users Manual
TM-195
RF three-Axle Field Strength Meter
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Tenmars TM-195 Specifications

General IconGeneral
Frequency30Hz to 300Hz
Battery9V battery
DisplayLCD display
Resolution0.1μT
Operating Temperature0°C to 40 °C

Summary

Introduction to the RF Field Strength Meter

Simple Operation Guide

Basic Operation Controls

Press button to power on and UNIT/ENTER to change unit. XYZ/MEM selects sensor axis.

Fundamentals of Electromagnetic Fields

Electromagnetic Field Concepts

Defines E, H fields, power density, field propagation, and near/far field conditions.

Applications of the RF Field Strength Meter

Meter Applications Overview

Details applications in broadcasting, mobile phones, wireless comms, Wi-Fi, and EMF safety.

Key Features of the TM-195 Meter

Key Meter Features

Highlights broadband monitoring, non-directional sensor, and multiple measurement units.

Measurement Modes and Indicators

Details display modes (Inst., MAX, AVG), isotropic measurement, low battery, and overload.

Identifying Parts of the Device

Device Components and Buttons

Identifies sensor, LCD, and all control buttons with their functions.

LCD Display Description

LCD Display Symbols and Indicators

Explains all symbols and indicators on the Liquid-Crystal Display.

Technical Specifications

General Specifications

Covers display type, resolution, measurement method, and directional characteristics.

Electrical Specifications

Details measurement ranges, resolution, sample rate, audible alarm, and units.

Units of Measurement and Result Modes

Lists units and describes display modes: Instantaneous, MAX, AVG, and MAX/AVG.

Environmental and Mechanical Specs

Covers operating temperature, humidity, dimensions, weight, and accessories.

Electrical Specifications Continued

Specifies sensor type, frequency range, and measurement conditions.

Measurement Ranges, Accuracy, and Response

Details measurement ranges, accuracy, frequency response, and isotropy.

Power Density Overload Limit

Specifies the overload limit for power density measurements.

Near-field Measurement Caveats

Warns about invalid conversions for near-field measurements and using default units.

Result Display Mode Details

Explains Instantaneous, MAX, and AVG display modes with a graph.

Measurement Procedures and Preparation

9.1 POWER Button and 9.2 Data Hold

Instructions for powering on/off and using the Data Hold function.

9.3 Units Button Operation

How to change measurement units (mV/m, V/m, µA/m, etc.).

9.4 MAX/AVG Record and 9.5 Data Memory

Switching MAX/AVG modes and manually storing data (up to 200 sets).

9.6 Backlight, 9.7 XYZ/CALL, and 9.8 Alarm Setup

Backlight, axis selection, and alarm ON/OFF setup procedures.

9.9 Viewing Data Records

How to view saved data records and navigate through them.

9.10 Clock LCD Display

How to select the display method for date and time.

Setup Mode Operations

10.1 Clock Setup

Procedure for setting up the device's internal clock.

10.2 Setting Alarm Limit Value (ALARM)

How to set the alarm limit value to monitor display values.

10.3 Data Logger Memory and 10.4 Analogue Bar Graph Setup

Procedure to clear memory and configure the analogue bar graph display.

10.5 Auto Power Off Time Setup

How to set or disable the auto power off timer.

10.6 Setting Calibration Factor (CAL)

How to set the calibration factor (CAL) for result display calibration.

Making Measurements with the Meter

12 Short-term measurements

Application and procedure for short-term measurements in unknown field conditions.

Long-term exposure measurements

SAFETY INFORMATION (General)

SAFETY INFORMATION (Danger Warnings)

Battery Replacement Procedure

Safety Precautions

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