Rixen TU-6100 User Manual Download Page 5

Key descriptions 

※The RTD type and the  ℃/℉  is changeable only under the    testing mode. 

※After inserted the probe will run internal calibration in few seconds. 

Key  Function 

Descriptions 

LCD display 

 

    Power 

On/Off 

Press          once for power on or off. (If the instrument is left without 
any button operation, it will automatically turn off after five 

minutes.) 

 

 

+

 

Manual 

turn off 

 

Hold            key , then hold            key to turn on, entering the manual 

turn off mode. When          appears, please let this two keys release. 

 

 
 
 

 
(2s) 

Baud 

Rate, 

Hi/Lo 

Alarm

Ref., 

Span 

Hold 

mode 

Under testing mode, press            to enter the reading HOLD mode. 
Use            and          to change display functions. Press            to leave. 

     
 

Setting 

Mode 

 

Under testing mode, press            for over 2 sec. until the area B 

shows        to enter the setting mode. Push            key and            key 
to change the baud rate, after data confirmed; please press           

for over 2 seconds again. For enter the next level. Push            key to 
increase the value. Push            key to reduce the value. Push           

key to change digit .Determine the value re-hold            key for over 
2 seconds, into the next level, who wish to skip the other settings, 
hold down              key will be automatically set to the last, the 

complete contents of each set will be automatically saved, and 
return to the testing mode. 

 

 
Hi.A 

 

Lo.A 

 

 
 

(2s) 

Left Key 

Under any mode press              key to change data. 

--

 

Under testing mode, hold            key for over 2 seconds to change 

℃/℉. After changed please let go. 

℃            ℉

 

 

 
 

(2s) 

Right Key 

Under any mode press            key to change data. 

--

 

Under testing mode, hold            key for over 2 seconds to change 
PT100

Ω

/PT1k

Ω

  When exchanged, The instrument will run Internal 

calibration. Please wait for 4 seconds to turn back to testing mode. 

          PT-100

Ω

 

 

          PT-1K

Ω

 

 

 

+

 

Back 

Light on 

Under any mode, press              and              key the back light will be 
turned on. 
Note: When the battery power is under 25%,the LED back light will 

not be able to function. 

 

Alarm 

On(2s) 

Under any mode, press            and            key after 2 seconds the 

buzzer will be turned on. The mark            appeared. 

 

 

 

-4- 

Summary of Contents for TU-6100

Page 1: ...CONTENTS TU 6100 specifications 1 Instrument descriptions 2 Display descriptions 3 Key descriptions 4 Instructions 5 RS 232 transfer protocol 8 Precautions 11 ...

Page 2: ...5 operating environment Resolution 0 01 Full Measuring Range 0 01 under 999 99 0 1 above 1000 0 Sampling rate Approx 0 5 sec Main Functions Hi Lo Alarm setting T1 T2 Data hold Max Min Avg values record Switchable Digital USB RS 232 output Battery sign and low battery warning Outside calibration function LED Back light IP66 water and dust proof Output USB RS 232 0 01 1 BIT protocol provided Power s...

Page 3: ...y 7 Battery cover 2 Power switch 8 AC Adaptor Input 3 Setting and switching 9 USB Output port 4 Function key 10 RS 232 Output connector 5 Setting and RTD changing 11 T1 Probe input connector 6 Model No and Serial No 12 T2 Probe input connector 2 ...

Page 4: ... Temperature Probe Type is wrong 5 If is appears when turning on the instrument please let go off all keys and tune Instrument on again 3 Display Descriptions Battery Power Symbol Manual shut down LED Back light on Buzzer on CAL Under Calibrating MAX Maximum Value HOLD Data Hold MIN Minimum Value AVG Average Value T1 T1 probe T2 T2 probe PT 100Ω PT 1KΩ Temperature Probe Type Hi A High point Alarm ...

Page 5: ...enter the next level Push key to increase the value Push key to reduce the value Push key to change digit Determine the value re hold key for over 2 seconds into the next level who wish to skip the other settings hold down key will be automatically set to the last the complete contents of each set will be automatically saved and return to the testing mode Hi A Lo A 2s Left Key Under any mode press...

Page 6: ...y T2 Temp data Area A T2 Hi A data Area B T2 Lo A data Area C T1 T2 Real time Temperature display T1 T2 Temp data Area A T1 data Area B T2 data Area C Warning alert When the temperature is higher than the HI A the HI A symbol will flash When the temperature is lower than the LO A the LO A symbol will flash The buzzer will make the warning sound if is turned on Please let go off all keys while wait...

Page 7: ...r system are changed Condition Display content T1 HOLD display Lock the T1 Temperature data T1 MAX display T1 Maximum Temperature data T1 MIN display T1 Minimum Temperature data T1 AVG display T1 Average Temperature data T2 HOLD display Lock the T2 Temperature data T2 MAX display T2 Maximum Temperature data T2 MIN display T2 Minimum Temperature data T2 AVG display T2 Average Temperature data 6 ...

Page 8: ...settings Lowest value 200 0 328 00 Deviation setting range 100 00 Start with 0 00 180 00 Start with 0 00 Span setting range 0 00 200 00 starts with 100 00 7 Display content Description baud display Baud Rate data options T1 Hi A display T1 Temp high point alert settings T1 Lo A display T1 Temp low point alert settings T2 Hi A display T2 Temp high point alert settings T2 Lo A display T2 Temp low po...

Page 9: ...Hi Starting address Lo No of Byte Hi No of Byte Hi CRC Lo CRC Hi 01H 03H 00H 00H 00H 04H 44H 09H Response Data Frame Ex Response value 4 Byte Response Data 80003 Slave address Function Byte count Data Hi Data Middle Data Lo Data Last CRC Lo CRC Hi 01H 03H 04H 00H 01H 38H 83H F9H 92H 0x00013883 80003 Real value 80003 100 Real value 800 03 B Request Data Frame Ex Read the data from address 0x0000 Re...

Page 10: ...ddress Function Byte count Data 1 Hi Data 1 Middle Data 1 Lo Data 1 Last 01H 03H 0AH 03H E8H FCH 18H Data 2 Hi Data 2 Middle Data 2 Lo Data 2 Last Data 3 Hi Data 3 Lo CRC Lo CRC Hi 0BH B8H 07H D0H 00H 02H CDH 81H Data 1 Hi and Data 1 Middle is value of T1 Hi A 0x03E8 1000 Data 1 Lo and Data 1 Last is value of T1 Lo A 0xFc18 1000 Data 2 Hi and Data 2 Middle is value of T2 Hi A 0x0BB8 3000 Data 2 Lo...

Page 11: ...T2 Error 1 T1 Error 1 Power Power Meter is divided into 4 parts 11 100 75 10 74 50 01 49 25 00 24 0 10 Address Data name Data size 0000h T1 Real Time Data Hold 4 Byte 0001h T1 Max 4 Byte 0002h T1 Min 4 Byte 0003h T1 Avg 4 Byte 0004h T2 Real Time Data Hold 4 Byte 0005h T2 Max 4 Byte 0006h T2 Min 4 Byte 0007h T2 Avg 4 Byte 0008h First 2 byte T1 Hi A Last 2 byte T1 Lo A 4 Byte 0009h First 2 byte T2 H...

Page 12: ...ded 3 Please keep the temperature stabled when measuring the temperature of an object to obtain a more accurate result 4 When the instrument shows power shortage warning please immediately replace the batteries to avoid incorrect readings 5 When the instrument is not in use for a long time please put the instrument and all Accessories in the protective case and kept it in a clean and dry environme...

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