User Guide

ManualsBrandsHanna Instruments ManualsOtherHI 935006

Instruction Manual

HI 93530 - HI 93531

HI 93532 - HI 93551

HI 935005 - HI 935006

HI 935007

Microprocessor-based

Thermocouple Thermometers

ins

rum

°C

°F

K-THERMOCOUPLE

THERMOMETER

HI 93531

OFF

°C

http://www.hannainst.com

These Instruments are in

Compliance with the CE Directives

mank93r4.p65

Dear Customer,

Thank you for choosing a Hanna Instruments

Product.

Please read this instruction manual carefully

before using the instrument. This manual will

provide you with all the necessary informa-

tion for the correct use of the instrument, as

well as a precise idea of its versatility in a

wide range of applications.

These instruments are in compliance with the

directives.

TABLE OF CONTENTSTABLE OF CONTENTS

Preliminary Examination ........................... 3

General Description .................................. 3

Functional Description and

Specifications of HI 93530 ........................ 5

Functional Description and

Specifications of HI 93531 ........................ 6

Functional Description and

Specifications for HI 93532 ....................... 7

Functional Description and

Specifications of HI 93551 ........................ 8

Functional Description and

Specifications of HI 935005 ...................... 9

Functional Description and

Specifications of HI 935006 .................... 10

Functional Description and

Specifications of HI 935007 .................... 11

Operational Guide ................................... 12

Display Codes Guide............................... 19

Battery Replacement............................... 20

Calibration ............................................... 20

Shockproof Rubber Boots ....................... 21

Accessories ............................................. 22

Warranty.................................................. 26

CE Declaration of Conformity ................. 27

Summary of content (14 pages)

PAGE 1
mank93r4.p65 1 2 Instruction Manual HI 93530 - HI 93531 HI 93532 - HI 93551 HI 935005 - HI 935006 HI 935007 Microprocessor-based Thermocouple Thermometers ins rum n s °C K-THERMOCOUP THERMOMETER LE ON OFF MR HI LO MEMHOLD °C °F HI 93531 http://www.hannainst.com Dear Customer, Thank you for choosing a Hanna Instruments Product. Please read this instruction manual carefully before using the instrument.
PAGE 2
mank93r4.p65 3 4 PRELIMINARY EXAMINATION Remove the instrument from the packing material and examine it carefully to make sure that no damage has occurred during shipment. If noticeable damage is evident, notify your Dealer. Each thermometer comes supplied with a 9V battery and instruction manual. Note: Save all packing material until you are sure that the instrument functions correctly. All defective items must be returned in the original packing together with the supplied accessories.
PAGE 3
mank93r4.p65 5 6 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS OF HI 93530 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS OF HI 93531 ins rum n s ins rum n s °C °C 1 1 K K K-THERMOCOUPLE THERMOMETER K-THERMOCOUPLE THERMOMETER ON OFF 2 7 MR ON OFF 2 HOLD 3 6 HI MEM• HOLD 3 °C °F 4 5 LO °C °F 4 RANGE: -200°C to 1370°C -300°F to 2500°F HI 93531 HI 93530 1. Liquid Crystal Display 2. ON/OFF Key 3. Reading Hold Key 4. Measuring Scale Key (°C or °F).
PAGE 4
mank93r4.p65 7 8 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS FOR HI 93532 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS OF HI 93551 ins rum n s ins rum n s °C °C 1 K K-THERMOCOUPLE THERMOMETER 7 MR 6 ∆T J K-THERMOCOUPLE THERMOMETER (DUAL INPUT) ON OFF 2 7 °C °F ON OFF 2 MEM• HOLD 3 6 HI HOLD 3 0.1 1 4 5 KJT 4 T1 T2 5 1 1 LO HI 93551 HI 93532 1. Liquid Crystal Display 2. ON/OFF Key 3. Reading Memory/Hold Key 4. Measurement Resolution Key (0.1 or 1) 5.
PAGE 5
mank93r4.p65 9 10 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS OF HI 935005 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS OF HI 935006 ins rum n s ins rum n s °C °C 1 1 K-THERMOCOUPLE THERMOMETER 7 CLEAR 6 HI 5 LO HI 935005 RANGE: -80.0°C to +400°C ON OFF 2 HOLD 3 °C °F 4 ON OFF RANGE: -50°C to +950°C HI 935006 1. Liquid Crystal Display 2. ON/OFF Key 3. Reading Hold Key 4. Measuring Scale Key (°C or °F) 5. Minimum Temperature Recalling Key 6. Maximum Temperature Recalling Key 7.
PAGE 6
mank93r4.p65 11 12 FUNCTIONAL DESCRIPTION AND SPECIFICATIONS OF HI 935007 OPERATIONAL GUIDE INITIAL PREPARATION Remove the battery cover on the rear of your thermometer, unwrap the battery and connect it to the clip. Insert the battery in its compartment and replace the cover. 9 VOLT BATTERY Battery Compartment SLIDE OFF To switch on, press ON/OFF on the front of the unit. 1. Liquid Crystal Display 2. ON/OFF Key 3. Measuring Scale Key (°C or °F).
PAGE 7
mank93r4.p65 13 14 MEASURING SCALE (°C/°F)(for HI93530, HI93531, HI93551, HI935005, HI935007 only) When the meter is turned on, it automatically defaults to the °C scale. Measurements can be performed on either the Centigrade or the Fahrenheit scale. HOLD MODE (for HI93530, HI93551 and HI 935005 only) To change the scale, press °C/°F once. To freeze the measured temperature on the display, press and hold the HOLD key. The reading hold function is activated by the HOLD key.
PAGE 8
mank93r4.p65 15 16 The values may be recalled or cleared at any time during the measurement. Check the highest or lowest measured temperature by pressing the respective HI or LO key. The appropriate display indicator, "HI" or "LO", will light up together with the value retrieved from memory. Release the key to resume normal operation. HI °C MEMORY FUNCTION (HI93531 and HI 93532 only) The memory & hold function is activated by MEM HOLD.
PAGE 9
mank93r4.p65 17 18 K for K-Type, J for J-Type, T for T-Type. KJT KJT PROBE INPUT SELECTION (HI 93532 only) When switched on, the instrument automatically shows the temperature measured by Probe 1 and a "K1" appears on the LCD display. To view the input temperature of Probe 2, press T1/T2 and "K2" will be displayed. K 1 K 2 T1 T2 TEMPERATURE DIFFERENCE ( for HI 93532 only) The difference between the temperature measured by the two probes can be displayed by simply pressing ∆T.
PAGE 10
mank93r4.p65 19 20 DISPLAY CODES GUIDE Display Description HI 93530, HI93531, HI 93532, HI93551: ---- The probe is not connected to the instrument or the reading is out of range BAT Weak battery, needs to be replaced HI 935005, HI 935006 and HI935007: Er The probe is not connected to the instrument or the reading is out of range Eb Weak battery, needs to be replaced CALIBRATION All Hanna Instruments thermometers have been accurately pre-calibrated at the factory.
PAGE 11
mank93r4.p65 21 22 SHOCKPROOF RUBBER BOOTS ACCESSORIES These rubber boots are specially made to prolong the life of your instruments and to prevent damage due to accidental falls. They measure 155 x 90 x 45 mm (6.1x3.5x1.8") and are available in two different colors: HI 710007 = blue colored HI 710008 = orange colored. Select the proper color according to your preference.
PAGE 12
mank93r4.p65 23 24 HI 766PE1 General use probe, max 900°C/1650°F 155mm 6.1" HI 766B1 90° surface probe, max 450°C/840°F 3mm 0.12" 30mm 1.2" 300mm 11.8" HI 766B2 Surface probe, max 900°C/1650°F HI 766PE2 General use probe, max 900°C/1650°F 200mm 7.8" 8mm 0.3" 5mm 0.20" 130mm 5.1" HI 766B3 Small surface probe with insulated shaft, max 200°C/390°F HI 766HD Rugged thermocouple probe handle with 1 m (3.3' ) cable fitted with a miniconnector 5mm 0.2" 130mm 5.
PAGE 13
mank93r4.p65 25 26 HI 766E2 General use probe, max 900°C/1650°F HI 766F High temperature wire probe without handle, max 1100°C/2000°F 255mm 10" 1.5mm 0.06" HI 766F1 Flexible probe without handle, max 480°C/900°F 2mm 0.08" 1m 3.3’ HI 766TV1 Pipe clamp probe, max 200°C/390°F 35mm Max. 1.
PAGE 14
mank93r4.p65 27 28 CE DECLARATION OF CONFORMITY MANK93R4 02/01 Recommendations for Users Before using these products, make sure that they are entirely suitable for the environment in which they are used. Operation of these instruments in residential area could cause unacceptable interferences to radio and TV equipments, requiring the operator to take all necessary steps to correct interferences. Any variation introduced by the user to the supplied equipment may degrade the instruments' EMC performance.