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HT61 - HT62 

 

 

EN - 22

7.1.1. Reference 

standards 

Safety: IEC/EN61010-1 
EMC: IEC/EN 

61326-1 

Insulation:  

double insulation

 

Pollution level: 

Overvoltage category: 

CAT IV 600V, CAT III 1000V 

Max operating altitude: 

2000m (6562ft) 

 

7.1.2. General 

characteristics 

Mechanical characteristics 

Size (L x W x H): 

175 x 85 x 55mm (7 x 3 x 2in) 

Weight (batteries included): 

360g (13 ounces) 

Mechanical protection: 

IP40 

 

Power supply 

Battery type: 

1x9V battery type NEDA 1604 IEC 6F22 

Low battery indication: 

symbol 

“”

” 

on the display 

Battery life: 

ca.25h (backlight ON), ca 50h (backlight OFF) 

Auto Power Off: 

after 15 minutes

’ 

idling (can be disabled) 

Fuses: F10A/1000V, 10 x 38mm (input 

10A

 

F800mA/1000V, 6 x 32mm (input 

mA

A

Display

 

Conversion: TRMS 
Characteristics: 4-digit 

LCD 

with maximum reading 6000 dots 

plus decimal sign and point, backlight and 
bargraph. 

Sampling frequency: 

2 times/s 

 

7.2. ENVIRONMENT 
7.2.1.  Environmental conditions for use 

Reference temperature: 

18°C 

 28°C (64°F 

 82°F) 

Operating temperature: 

5°C ÷ 40°C (41°F 

 104°F) 

Allowable relative humidity: 

<80%HR 

Storage temperature: 

-20° ÷ 60°C (-4°F 

 140°F) 

Storage humidity: 

<80%HR 

 

This instrument satisfies the requirements of Low Voltage Directive 2014/35/EU 

(LVD) and of EMC Directive 2014/30/EU 

This instrument satisfies the requirements of European Directive 2011/65/EU (RoHS) 

and 2012/19/EU (WEEE) 

 

7.3. ACCESSORIES 
7.3.1. Accessories 

provided 

  Pair of test leads with 2/4mm tips 

  A K-type wire probe (HT62) 

 Battery 

 Carrying 

bag 

 User 

manual 

 

7.3.2. Optional 

accessories 

  K-type probe for air and gas temperature (HT62) 

Code TK107 

  K-type probe for semisolid substance temperature (HT62) 

Code TK108 

  K-type probe for liquid substance temperature (HT62) 

Code TK109 

  K-type probe for surface temperature (HT62) 

Code TK110 

  K-type probe for surface temperature with 90° tip (HT62) Code 

TK111 

Summary of Contents for HT61

Page 1: ...Copyright HT ITALIA 2017 Version EN 2 00 17 07 2017 ENGLISH User manual...

Page 2: ...unction 8 5 OPERATING INSTRUCTIONS 9 5 1 DC Voltage measurement 9 5 2 AC Voltage measurement 10 5 3 AC DC Voltage measurement with low impedance LoZ 11 5 4 Frequency and Duty Cycle measurement 12 5 5...

Page 3: ...ment the following symbols are used Warning observe the instructions given in this manual improper use could damage the instrument or its components Double insulated meter AC voltage DC voltage or cur...

Page 4: ...alled overvoltage category is 6 7 4 Measured circuits reads OMISSIS Circuits are divided into the following measurement categories Measurement Category IV is for measurements performed at the source o...

Page 5: ...families of instruments provide identical results With distorted waves instead the readings shall differ Average value meters provide the RMS value of the sole fundamental wave TRMS meters instead pr...

Page 6: ...nt We also recommend checking that the packaging contains all components indicated in 6 3 1 In case of discrepancy please contact the Dealer In case the instrument should be returned please follow the...

Page 7: ...MENT CAPTION 1 LCD display 2 RANGE key 3 MAXMIN key 4 Hz key 5 REL key 6 MODE key 7 HOLD key 8 Rotary selector switch 9 Input terminal 10A 10 Input terminal VHz HT61 or Hz V HT62 11 Input terminal mA...

Page 8: ...e the same key is pressed again The display shows the symbol associated with the selected function MAX for maximum value and MIN for minimum value The MAX MIN key is not active when the HOLD function...

Page 9: ...arily connect the test leads between phase and neutral cables at least for 5s then perform the phase PE measurement to avoid unexpected trips out 4 2 8 Disabling the Auto Power Off function The instru...

Page 10: ...il the symbol DC is displayed 3 Insert the red cable into input terminal VHz HT61 or Hz V HT62 and the black cable into input terminal COM 4 Position the red lead and the black lead respectively in th...

Page 11: ...mbol AC is displayed 3 Insert the red cable into input terminal VHz HT61 or Hz V HT62 and the black cable into input terminal COM 4 Position the red lead and the black lead respectively in the spots o...

Page 12: ...ed cable into input terminal VHz HT61 or Hz V HT62 and the black cable into input terminal COM 4 Position the red lead and the black lead respectively in the desired spots of the circuit to be measure...

Page 13: ...ion Hz 2 Press the Hz key to select measurements Hz or in order to display the values of frequency and duty cycle of input voltage 3 Insert the red cable into input terminal VHz HT61 or Hz V HT62 and...

Page 14: ...or Hz V HT62 and the black cable into input terminal COM 3 Position the test leads in the desired spots of the circuit to be measured see Fig 6 The display shows the value of resistance 4 If the disp...

Page 15: ...red cable into input terminal VHz HT61 or Hz V HT62 and the black cable into input terminal COM 4 Position the leads at the ends of the diode to be tested see Fig 7 respecting the indicated polarity T...

Page 16: ...acitance measurement 1 Select position 2 Press the MODE key until the symbol nF is displayed 3 Insert the red cable into input terminal Hz V and the black cable into input terminal COM 4 Press the REL...

Page 17: ...C F 2 Press the MODE key until the symbol C or F is displayed 3 Insert the provided adapter into input terminals Hz V polarity and COM polarity see Fig 9 4 Connect the provided K type wire probe or t...

Page 18: ...sert the red cable into input terminal 10A or into input terminal mA A and the black cable into input terminal COM 4 Connect the red lead and the black lead in series to the circuit whose current you...

Page 19: ...ent 4 Insert the red cable into input terminal 10A or into input terminal mA A and the black cable into input terminal COM 5 Connect the red lead and the black lead in series to the circuit whose curr...

Page 20: ...sition to position and remove it 3 Remove the battery and insert a new battery of the same type see respecting the indicated polarity 4 Restore the battery compartment cover into place and turn the fa...

Page 21: ...up to 1000V DC AC TRMS voltage with low impedance LoZ Range Resolution Accuracy 50 400Hz Input impedance Protection against overcharge 600 0mV 0 1mV 3 0 rdg 40dgt approx 3k 600VDC ACrms 6 000V 0 001V...

Page 22: ...g 8dgt 1000VDC ACrms 99 99Hz 0 01Hz 999 9Hz 0 1Hz 9 999kHz 0 001kHz 99 99kHz 0 01kHz 999 9kHz 0 1kHz 9 999MHz 0 001MHz 40 00MHz 0 01MHz Sensitivity 0 8Vrms 20 80 duty cycle and f 100kHz 5Vrms 20 80 du...

Page 23: ...nt backlight and bargraph Sampling frequency 2 times s 7 2 ENVIRONMENT 7 2 1 Environmental conditions for use Reference temperature 18 C 28 C 64 F 82 F Operating temperature 5 C 40 C 41 F 104 F Allowa...

Page 24: ...sequence of improper packaging Repairs which may become necessary as a consequence of interventions performed by unauthorized personnel Modifications to the instrument performed without the manufactur...

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