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Jinko JK508 User Manual

Handheld multichannel temperature tester
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User Manual
JK508 / JK516
HANDHELD MULTICHANNEL TEMPERATURE TESTER
Changzhou Jinailian Electronic Technology Co., Ltd
No.C3,Building 22,New Impetus Pioneering Center, No.1,Qingyang North
Road,Tianning District,Changzhou,Jiangsu,CN
TEL: 0086-519-85563477
FAX: 0086-519-85565067
https://jinailian.en.alibaba.com
www.jk17.com
www.jaldz.com

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  • Page 1 User Manual JK508 / JK516 HANDHELD MULTICHANNEL TEMPERATURE TESTER Changzhou Jinailian Electronic Technology Co., Ltd No.C3,Building 22,New Impetus Pioneering Center, No.1,Qingyang North Road,Tianning District,Changzhou,Jiangsu,CN TEL: 0086-519-85563477 FAX: 0086-519-85565067 https://jinailian.en.alibaba.com www.jk17.com www.jaldz.com...
  • Page 2 Statement According to the international copyright law, this article shall not be reproduced in any form without the prior permission and written consent of Changzhou JinAiLian Electronic Inc. Security information warning DANGER：To avoid possible electrical shock and personal safety, follow these guidelines. Disclaimer Users should read the following safety information carefully before starting to use the instrument.

  • Page 3: Limited Warranty And Scope Of Liability

    Limited warranty and scope of liability Changzhou JinAiLian Electronic Technology Co.,Ltd (hereinafter referred to as JinAiLian ) to ensure that you buy each JK500 Series/516 in quality and measurement are fully qualified.This warranty does not include fuses and damage caused by negligence, misuse, pollution, accident or abnormal use.

  • Page 4: Table Of Contents

    Catalog statement security information Limited warranty and scope of liability 1.Installation and setup wizard..................1 1.1 Packing list .......................1 1.2 Power supply requirements ..................1 1.3 operation environment .....................1 1.4 Cleaning ........................1 1.5 Replacement of batteries ..................1 1.6 Adjustment support ....................1 2.Summary........................3 2.1 Introduction ........................3 2.2 Main specifications ....................3 2.3 major function ......................3...
  • Page 5 4.1.2 Channel [001]......................9 4.1.3 Setting [Font].......................9 4.2 < curve display > page....................10 4.3 <Historical data display>page...................10 4.4 <Curve setting> page....................10 4.4.1 Set [Y- upper limit]....................11 4.4.2 Set [Y- lower limit]....................12 4.4.3 Set [sampling point].....................12 5.[Setup]Set display......................13 5.1<Set display>page......................13 5.1.1 Set [comparator]....................13 5.1.2 Set [speed]......................14 5.1.3 Set [Beep]......................14 5.1.4 Set [baud rate]....................15...
  • Page 6 6.1.3 System [backlight]....................24 6.1.4 Reduce brightness....................25 6.1.5 touch screen......................26 6.2< system information > page..................26 7.communication protocol(modbus)................28 7.1.The overall design of the instruction................28 7.1.1 Overall design: read data frame structure (request), 8 length as an example..28 7.2 Time command (set command with 10)..............28 7.2.1 Set time........................28 7.2.2 Response command....................29 7.2.3 Reading time......................29...
  • Page 7 7.7 Real time monitoring data..................33 7.7.1 Read real-time monitoring data (1 decimal places)..........33 7.7.2 Response command....................34 7.8 Read historical data (to be improved)..............34 7.9 Response instruction....................34 7.10 Device connection detection..................35 7.10.1Device connection detection command...............35 7.10.2 Response device connection detection command..........35 7.11 electrical parameters....................36 7.11.1 Read electrical parameters.................36 7.11.2 Response read parameters.................36...

  • Page 8: Installation And Setup Wizard

    1. Installation and setup wizard Thank you for buying our products. Please read this chapter carefully before using. The following are the main examples of JK500 Series. In this chapter, you will learn about the following: ●Packing list ●Power requirements ●Operating environment ●Clean ●Replace the battery...
  • Page 9 Fig. 1 1 replace batteries 1.Loosen the screws on the battery cover with a screwdriver and remove the battery cover. 2.Remove the plug on the old battery, plug in the plug of the new battery, and the main plug direction. 3.Load the new battery into the battery compartment, cover the battery cover and tighten the screws.

  • Page 10: Summary

    2. Summary In this chapter, you will learn about the following: ●Introduction ●Main specifications ●major function 2.1 Introduction Thank you for purchasing JK500 series hand-held multi-channel temperature tester. JK500 Series Handheld Multi-channel Temperature Tester is controlled by high performance ARM microprocessor. It can collect multi-channel temperature data at the same time, record the data on USB memory, alarm and communication transmission, and can be extended to 128 channels of temperature data, compatible with a variety of temperature sensors, fast response speed, and stable data.

  • Page 11: User Calibration Function

    2.3.3User calibration function Allows users to correct data on each path. 2.3.4FAT Storage function Allows users to create [.csv] files as suffixes and save each path of data in USB memory (no mobile hard disk support). 2.3.5 System setup 1.Keyboard locking function 2.Switching between Chinese and English 3.Date and time settings 4.Backlight settings...

  • Page 12: Start

    3. Start In this chapter, you will learn about the following: ●front panel ●Interface panel ●Using external power supply ●Open the machine ●Connection of test end 3.1 Front panel Table 3-1 Front panel function description Front panel Serial number Function Taskbar function key cursor keys Test lead...

  • Page 13: Using External Power Supply

    3.3 Using external power supply The instrument is equipped with a power adapter. In addition to power supply to the instrument, the power supply also charges lithium batteries inside the instrument, so the power adapter can not be replaced. It is recommended to use our company's special power supply.
  • Page 14 PIN 9 channel 4 Thermocouple positive end PIN 10 channel 4 Thermocouple negative end PIN 11 channel 5 Thermocouple positive end PIN 12 channel 5 Thermocouple negative end PIN 13 NG PIN 14 channel 6 Thermocouple positive end PIN 15 channel 6 Thermocouple negative end PIN 16 channel 7 Thermocouple positive end PIN 17 channel 7 Thermocouple negative end PIN 18NG...

  • Page 15: Meas] Measurement Display

    4. [Meas] Measurement display In this chapter, you will learn all the measurement and display functions: < measurement display > page < curve display > page < historical data display >Page < curve Settings > page 4.1< measurement display > page No matter what page, you can enter the <...

  • Page 16: Channel [001]

    TC-N Set thermocouple model N type. TC-E Set thermocouple model E type. TC-S Set thermocouple model S type. TC-R Set thermocouple model R type. TC-B Set thermocouple model B type. PT100 Set thermocouple model PT100 If you open the option, you do not need to choose. Press the [ESC] key to cancel the options bar.

  • Page 17: Curve Display > Page

    options bar. As shown in the picture 4.2< curve display > page Press the [display] key and press the function key [graph] to enter < curve display> page. 4.3< historical data display >Page Press the [display] key and press the function key [graph],Select the taskbar [history] to enter the<historical data display >...

  • Page 18: Set [Y- Upper Limit]

    Press [display] key, and then press the function key [graph].Select taskbar [curve settings] to enter < curve Settings > page. Select taskbar [graph] to return < curve display > page. 4.4.1Set [Y- upper limit] Y axis upper limit setting: Setting steps First steps Press [display] key to enter <...

  • Page 19: Set [Y- Lower Limit]

    4.4.2Set [Y- lower limit] Y axis lower limit setting: Setting steps First steps Press [display] key to enter < measurement display > main page Second steps Press function key [curve ] to enter < curve display > page. Third steps Select taskbar [curve settings] to enter <...

  • Page 20: Setup]Set Display

    5. [Setup] Function setting In this chapter, you will learn all the settings: ●< settings display > page ●Temperature correction ●Temperature reset 5.1 < settings display > page At any time, you can enter the <Setup Display> page by pressing the [Setup] shortcut. The <Setup Display>...

  • Page 21: Set [Speed]

    options bar. As shown in the picture 5.1.2 Set [speed] Speed settings include: slow, medium speed, fast. Setup speed steps First steps Press the [settings] button to enter < function Settings > main page. Second steps Use cursor keys to select [speed] fields. Third steps Press [ENTER] key to open option, function key selection Function keys...

  • Page 22: Set [Baud Rate]

    First steps Press the [settings] button to enter < function Settings > main page. Second steps Use the cursor key to select the [beep] field. Third steps Press [ENTER] key to open option, function key selection Function keys Function Turn off alarm buzzer. Turn on alarm buzzer.

  • Page 23: Set [Units]

    If you open the option, you do not need to choose. Press the [ESC] key to cancel the options bar. As shown in the picture ： 5.1.5 Set [unit] Unit settings include:℃，K，℉ . Set unit steps First steps Press the [settings] button to enter < function Settings > main page. Second steps Use the cursor keys to select [unit] fields.

  • Page 24: Timing Acquisition

    5.1.7 Timing acquisition Timing acquisition settings include: open and close Set the timing acquisition step First steps Press the [settings] button to enter < function Settings > main page. Second steps Use the cursor keys to select the [Timed Acquisition] field. Third steps Press [ENTER] key to open option, function key selection Function keys...

  • Page 25: Timing

    5.1.9 timing Timing is to store U disk data according to the set time Timing setup steps First steps Press the [settings] button to enter < function Settings > main page. Second steps Use the cursor keys to select the [timing] field Third steps Press the number keys directly to input.
  • Page 26 Fig 5-2<Sorting settings >page 5.2.1 [001] Steps to set the 001 channel lower limit: First steps Press [settings] to enter <function Settings > main page. Second steps Press the [sorting settings] key to enter <sorting Settings > page. Third steps Use cursor keys to select [-200] fields.

  • Page 27: User Correction

    *The steps to set up the other channel upper limit and lower limit are the same as above. Steps to switch channel pages : First steps Press [settings] to enter <function Settings > main page Second steps Press the [sorting settings] key to enter <sorting Settings > page. Third steps Press the function key [Page] to switch the page.

  • Page 28: Record Interval Time]

    and end by [Enter]. Delete correction Delete correction temperature values for selected value channels *The steps to correct other channels are the same as above. Steps to switch channel pages: First steps Press [settings] to enter <function Settings > main page Second steps Press function key [user correction] key to enter <user correction >...

  • Page 29: System Setup

    6. System setup In this chapter, you will see the system configuration of the instrument: System settings page System information page System service page 6.1< System settings> page At any time, choose the taskbar [ system] key to enter the <system Settings > page. <...

  • Page 30: System [Date], [Time]

    6.1.2 System [date], [time] The instrument uses a 24-hour time system. Date setting steps First steps Press the [display] key to enter the main page. Second steps Select the [system] key in the taskbar and enter the < System Settings > page.

  • Page 31: System [Backlight]

    Time settings steps: First steps Press the [display] key to enter the main page. Second steps Select the [system] key in the taskbar and enter the < System Settings > page. Third steps Use cursor keys to select [time] fields. Fourth steps Press [ENTER] key to open the option,Then press the function key to set the time.

  • Page 32: Reduce Brightness

    First steps Press the [display] key to enter the main page. Second steps Select the [system] key in the taskbar and enter the < System Settings > page. Third steps Use the cursor keys to select the [ backlight] field. Fourth steps Press [ENTER] key to open the option,Press the function key to adjust the backlight.

  • Page 33: Touch Screen

    If you open the option, you do not need to choose. Press the [ESC] key to cancel the options bar. As shown in the picture： 6.1.5 touch screen Set the touch screen steps: First steps Press [Meas] or [Setup] shortcut to enter the main page. Second steps Select the [System] button in the task bar to enter the <System Configuration>...
  • Page 34 < system info > page has no user configurable options. Fg 6- 2< system information > page View system information steps: First steps Press the [display] key to enter the main page. Second steps Select the [system] key in the taskbar and enter the < System Settings > page.

  • Page 35: Communication Protocol(Modbus)

    7.Communication protocol(modbus) 7.1.General design of Instructions 71.1 Overall design: Read data frame structure (request), 8 length as an example constituent part Numerical value Description (16-system) Examples Address bit 1 byte Instruction code Indicates the type of instruction,1 byte Address 00 00 2 bytes, Parameter address Data Address length 00 08...

  • Page 36: Response Command

    The setup time is 5/25/2018 18 points 37 minutes 21 seconds.and the total length of the package is 17 bytes. 7.2.2 Response Instructions constituent part Numerical value Address bit Instruction code Starting address c0 00 Address length 00 04 Checkout bit 2 bytes CRC Examples 01 10 c0 00 00 04CRC Set time successfully (return)

  • Page 37: Response Directives

    Instruction code Starting address c0 20 Address length 00 01 Checkout bit 2 bytes CRC Examples 01 03 c0 20 00 01CRC 7.3.2 Response instruction constituent part Bytes number Address bit Instruction code Starting address c0 20 Address length 00 01 Byte length Sensor type 00 01...

  • Page 38: Instrument Alarm Upper And Lower Limit

    7.5Instrument alarm upper and lower limits 7.5.1 Set upper and lower limit (no decimal point) constituent part Bytes number Address bit Instruction code Starting address 01 01 Address length 00 02 Address length Data body 4 bytes, upper limit and lower limit 2 bytes in turn. Checkout bit 2 bytes CRC Examples 01 10 01 01 00 02 04 00 64 00 00 CRC...

  • Page 39: Unit

    Starting address 01 01 Address length 00 02(first channel) Data length Data body 4 bytes, upper limit and lower limit 2 bytes in turn. Checkout bit 2 bytes CRC Examples 01 03 04 00 64 00 00 CRC The upper limit of the device is 100, the lower limit is 00. 7.6 Unit 7.6.1 Setting unit constituent part...

  • Page 40: Response Command

    Unit number =20 Unit ="KPa"、 Unit number =21 Unit ="MPa"、 Unit number =22 Unit ="Hz" 7.6.2 Response instruction constituent part Numerical value Address bit Instruction code Starting address 02 58 Address length 00 01 Checkout bit 2 bytes CRC Examples 01 10 02 58 00 01CRC Success (return) 7.6.3 Reading unit constituent part...

  • Page 41: Response Command

    Instruction code Starting address 00 00 Checkout bit 2 bytes CRC Examples 01 03 00 00 CRC 7.7.2 Response instruction constituent part Numerical value Address bit Instruction code ** **（Starting address, The value is 1-128） Starting address Address length ** ** (number of channels,The value is 1-24.) Data body The number of channels is *2 byte data.

  • Page 42: Device Connection Detection

    Channel number 1 byte Data identification 1 byte，0: no data,at this time no Data body; 1: have data Current packet length 1 byte Data body maximum of 48 bytes, Each two represents a temperature data and 1 decimal places. Checkout bit 2 bytes Examples Address bit...

  • Page 43: Electrical Parameters

    7.11Electrical parameters 7.11.1 Read electrical parameters constituent part Bytes number address bit Instruction code Starting address 80 10 Address length 00 06 Checkout bit 2 bytes CRC Examples 01 03 80 10 00 06 CRC 7.11.2 Response read electrical parameters constituent part Bytes number address bit...

  • Page 44: Appendix

    Appendix In this chapter, you will learn about the following: RS485 connection method 8.1 RS485 connection method A dedicated JK106 Mini USB-232 communication cable can be used to connect the external acquisition board, so that the total number of channels can be extended to 128 channels.

  • Page 45: Specifications

    Specifications In this chapter, you will learn about the following: Basic technical indicators Specifications 9.1 technical indicators The following information is obtained under the following conditions: Temperature conditions:23℃±5℃ Humidity conditions:65% R.H. Preheating time:>60 minutes Calibration time:12 months Measuring environment: Indicators :temperature 15℃~35℃ humidity<80%RH Operation :temperature 10℃~40℃...

  • Page 46: Specifications

    0℃ ~ 850℃ ±0.7℃ S Type thermocouple 0℃ ~ 100℃ ±4.5℃ 100℃ ~ 300℃ ±3.0℃ 300℃ ~ 1750℃ ±2.2℃ R Type thermocouple 0℃ ~ 100℃ ±4.5℃ 100℃ ~ 300℃ ±3.0℃ 300℃ ~ 1750℃ ±2.2℃ B Type thermocouple 600℃ ~ 800℃ ±5.5℃...

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