HYTAIS TS-60

HYTAIS TS-60 Digital Multimeter User Manual

Model: TS-60

Brand: HYTAIS

1. Introduction

The HYTAIS TS-60 is a professional, auto-ranging digital multimeter designed for electricians and DIY enthusiasts. It features a 6000-count color screen, Type-C USB charging, and anti-burning smart measurement capabilities. This manual provides essential information for the safe and effective use of your multimeter.

HYTAIS TS-60 Digital Multimeter with probes and charging cables

Figure 1: HYTAIS TS-60 Digital Multimeter with included accessories.

2. Safety Information

Always observe basic safety precautions when using this multimeter to avoid personal injury or damage to the instrument. Read and understand all safety information before use.

  • Do not exceed the maximum input values specified for each measurement range.
  • Use caution when working with voltages above 30V AC RMS, 42V peak, or 60V DC. These voltages pose a shock hazard.
  • Inspect test leads for damaged insulation or exposed metal before use.
  • Ensure the multimeter is in the correct function and range before making measurements.
  • Do not operate the multimeter if it appears damaged or if the case is open.
  • Always disconnect power to the circuit under test before connecting or disconnecting test leads for resistance, capacitance, or diode measurements.

3. Product Overview

3.1 Key Features

  • Intelligent Power Supply: Built-in rechargeable lithium battery with Type-C fast charging.
  • Flagship Precision: 6000 counts high-definition resolution with VFC function for automatic filtering and anti-interference.
  • Multi-functional: Measures AC/DC Voltage, AC/DC Current, Capacitance, Resistance, Temperature, Frequency, Duty Cycle, Live Wire Detection, and Non-Contact Voltage (NCV).
  • User-Friendly Design: 3.5-inch color backlit screen, lightweight (137g), folding bracket, and portable bag.
  • Safety Features: Real-time warning for charged detection, IP42 dustproof and splash-proof structure.
Multimeter with color screen highlighting key features like 6000 Counts, High Precision, VFC measurement, Fireline identification, Automatic measurement

Figure 2: Key features displayed on the multimeter's color screen.

3.2 Multimeter Components

Labeled diagram of the HYTAIS TS-60 Multimeter showing pilot lamp, NCV sensing point, flashlight lighting, back support, milliamp current jack, smart gear return button, red pen jack +, fireline identification/NCV/Voice switch button, black pen jack +, data hold/flashlight button, switch/manual function switch, 10A current jack, Type-C charging port.

Figure 3: Front and back view of the HYTAIS TS-60 Multimeter with labeled components.

  • Display: Color HD large screen for clear readings.
  • Input Jacks: For test leads (10A, mA, COM).
  • Buttons: SEL (Select), SMART (Smart Mode), HOLD (Data Hold)/Flashlight, N/L (Neutral/Live Wire Identification)/Voice Switch.
  • NCV Sensing Point: For non-contact voltage detection.
  • Flashlight: For illuminating work areas.
  • Type-C Charging Port: For recharging the internal battery.
  • Back Support: 80° stretchable support frame for desktop use.

4. Setup

4.1 Unboxing and Initial Inspection

Upon receiving your HYTAIS TS-60 Multimeter, carefully unpack all components and inspect them for any signs of damage. The package should include:

  • HYTAIS TS-60 Digital Multimeter
  • Test Leads (1 pair)
  • Type-C Charging Cable
  • K-type Temperature Probe (1 pair)
  • User Manual (this document)

4.2 Charging the Battery

The multimeter is equipped with a built-in 1000mAh lithium rechargeable battery. It is recommended to fully charge the device before first use.

  1. If the low battery indicator appears on the screen, charge the device as soon as possible.
  2. Open the protective cover of the Type-C charging port located on the side of the multimeter.
  3. Insert the provided Type-C charging cable into the port and connect the other end to a suitable USB power adapter (not included).
  4. A red indicator light will illuminate, indicating that charging is in progress.
  5. The indicator light will turn green when the battery is fully charged.
  6. Once charging is complete, unplug the charging cable and close the protective cover to prevent dust and splashes.
Multimeter charging via Type-C port with 1000mAh battery indicated

Figure 4: Multimeter connected to a power adapter via Type-C for charging.

4.3 Connecting Test Leads

Always ensure test leads are correctly inserted into the appropriate jacks for the desired measurement.

  • The black test lead should always be connected to the 'COM' (Common) jack.
  • For voltage, resistance, capacitance, frequency, duty cycle, diode, and continuity measurements, connect the red test lead to the 'INPUT' jack.
  • For current measurements (mA), connect the red test lead to the 'mA' jack.
  • For high current measurements (10A), connect the red test lead to the '10A' jack.

5. Operating Instructions

The HYTAIS TS-60 features an auto-ranging function, simplifying operation. In 'SMART' mode, the multimeter automatically identifies the measurement type (AC/DC voltage, resistance, continuity) and selects the appropriate range.

5.1 General Operation

  • Power On/Off: Press and hold the power button (usually integrated with the 'SEL' or 'SMART' button, refer to Figure 3) to turn the multimeter on or off.
  • Function Selection: In manual mode, press the 'SEL' button to cycle through different functions within a category (e.g., AC Voltage, DC Voltage). In 'SMART' mode, the device attempts to auto-detect.
  • Data Hold: Press the 'HOLD' button to freeze the current reading on the display. Press again to release.
  • Flashlight: Press and hold the 'HOLD' button to turn the flashlight on/off.
  • Backlight: The color screen is backlit for readability in various lighting conditions.

5.2 Specific Measurements

5.2.1 AC Voltage and Frequency (Hz)

Connect the test leads to the 'COM' and 'INPUT' jacks. Select AC Voltage mode. Apply probes to the circuit. The display will show AC voltage and frequency.

Video 1: Demonstration of AC Voltage and Frequency measurement.

5.2.2 DC Voltage

Connect the test leads to the 'COM' and 'INPUT' jacks. Select DC Voltage mode. Apply probes to the circuit. The display will show DC voltage.

5.2.3 Resistance

Connect the test leads to the 'COM' and 'INPUT' jacks. Select Resistance mode. Ensure the circuit is de-energized before applying probes to the component.

5.2.4 Capacitance

Connect the test leads to the 'COM' and 'INPUT' jacks. Select Capacitance mode. Ensure the capacitor is discharged before measurement. The multimeter can measure capacitance without needing to change gear positions.

5.2.5 Diode Test

Connect the test leads to the 'COM' and 'INPUT' jacks. Select Diode Test mode. Place the red probe on the anode and the black probe on the cathode of the diode. The display will show the forward voltage drop.

5.2.6 Non-Contact Voltage (NCV) Detection

Select NCV mode. Bring the NCV sensing point of the multimeter close to the conductor. The device will indicate the presence of AC voltage without physical contact, with visual and audible alerts.

Multimeter performing NCV (Non-contact Voltage Detection) near an electrical outlet

Figure 5: NCV function in action, detecting voltage without contact.

5.2.7 Live Wire Identification (Fireline Identification)

Connect the red test lead to the 'INPUT' jack. Select Live Wire Identification mode (often combined with NCV or accessed via the N/L button). When the red probe touches a live wire, the screen will light up with a three-color bar indicator, and the meter will beep, indicating a live connection.

Multimeter performing Live Wire Identification, showing 'LIVE' on screen

Figure 6: Live Wire Identification in progress, showing 'LIVE' on the display.

5.2.8 AC/DC Current

CAUTION: Always connect the multimeter in series with the circuit when measuring current. Ensure the circuit is de-energized before connecting the leads. Connect the red test lead to the 'mA' or '10A' jack depending on the expected current, and the black lead to 'COM'.

5.2.9 Temperature Measurement

Connect the K-type temperature probe to the appropriate input jacks (refer to Figure 3 for specific connections, usually marked for temperature). Select Temperature mode. Place the probe on the object whose temperature you wish to measure.

5.2.10 VFC Measurement (Variable Frequency Control)

This function allows for accurate voltage measurement in circuits with variable frequency drives, filtering out high-frequency interference. Select VFC mode for such applications.

Multimeter measuring AC Variable Frequency Voltage (VFC) on an electrical panel

Figure 7: VFC measurement being performed on an electrical control panel.

6. Maintenance

6.1 Cleaning

To clean the multimeter, wipe the case with a damp cloth and a mild detergent. Do not use abrasives or solvents. Ensure the device is powered off and disconnected from any circuits before cleaning.

6.2 Battery Care

  • Recharge the battery when the low battery indicator appears to ensure optimal performance and battery longevity.
  • Avoid fully discharging the battery frequently.
  • If storing the multimeter for an extended period, charge it to approximately 50% and recharge every few months.

6.3 Storage

Store the multimeter in a cool, dry place, away from direct sunlight and extreme temperatures. The included portable bag helps protect the device during storage and transport. The protective silicone case provides enhanced durability against drops and impacts.

Multimeter with its protective silicone case

Figure 8: The protective silicone case enhances durability.

7. Troubleshooting

  • Multimeter does not power on: Ensure the battery is charged. Connect the Type-C charging cable and check if the charging indicator lights up.
  • Incorrect readings: Verify that the test leads are correctly inserted into the appropriate jacks and that the correct function/range is selected. Ensure the circuit is properly connected.
  • No NCV or Live Wire detection: Ensure the function is correctly selected and the sensing point/probe is close enough to the live conductor.
  • Display is dim or unreadable: The color screen has a backlight. Ensure the battery is sufficiently charged.

If you encounter persistent issues not covered here, please contact customer support for assistance.

8. Specifications

Table of Specifications for HYTAIS TS-60 Multimeter

Figure 9: Detailed Technical Specifications Table.

HYTAIS TS-60 Technical Specifications
FeatureSpecification
ModelTS-60
Display6000 Counts
AC Voltage Range60mV-1000V ±(0.5%+3)
DC Voltage Range6V-750V ±(0.8%+5)
AC/DC Current60mA-10A ±(1.2%+8)
Resistance Range600Ω-60MΩ ±(0.8%+3)
Capacitance Range6nF-60mF ±(4.0%+10)
Temperature Range-40℃-1000℃ / -40℉-1832℉ ±(1.5%+5)
Frequency Range10Hz-6MHz ±(0.1%+5)
Duty Cycle0.1%-99.9% ±(0.1%+5)
VFC measurementYes
Fireline identificationYes
DiodeYes
Buzzer On Or OffYes
Maximum/Minimum ValueYes
NCV TestYes
FlashlightYes
Data RetentionYes
Automatic ShutdownYes
Power Supply3.7V lithium battery power supply, rechargeable
Size13.7(L) x 7(W) x 3.2(H) cm

9. Warranty and Support

The HYTAIS TS-60 Digital Multimeter comes with a one-year calibration warranty, ensuring its accuracy and reliability. For warranty claims, technical support, or any questions regarding the product, please contact your seller or the manufacturer directly. Keep your purchase receipt as proof of purchase.

10. User Tips

  • Utilize Smart Mode: For quick and general measurements, the 'SMART' mode is highly convenient as it automatically detects the measurement type.
  • Clear Readings: The color screen is designed for clarity. Use the backlight function in dimly lit environments for optimal visibility.
  • Hands-Free Operation: The 80° stretchable support frame allows for hands-free use on a workbench, improving safety and convenience during measurements.
  • Stay Charged: The Type-C rechargeable battery offers great convenience. Always keep it charged to avoid interruptions during critical tasks.
  • Safety First: Always double-check your connections and selected mode before making any measurements, especially when dealing with live circuits. The NCV and Live Wire Detection features are excellent for initial safety checks.

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