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Microcyber NCS-TT105W User Manual

Wireless temperature transmitter
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NCS-TT105W
Wireless Temperature Transmitter
User Manual

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Summary of Contents for Microcyber NCS-TT105W

  • Page 1 NCS-TT105W Wireless Temperature Transmitter User Manual...
  • Page 2 Since errors cannot be completely excluded, absolute consistency cannot be guaranteed. However, we will periodically check the data in this manual and make the necessary corrections in subsequent versions. Any suggestions for improvements are welcome. Microcyber Corporation 2016 Technical data is subject to change. ~ I ~...
  • Page 3 Company Profile Microcyber Corporation is a high-tech enterprise initiated and founded by Shenyang Institute of Automation, Chinese Academy of Sciences, mainly engaged in networked control system, industrial communication and instrumentation, development, production and application. Microcyber Corporation has undertaken a number of national science and technology projects such as the National Science and Technology Major Project, National High Technology Research and Development Program (863 Program), Smart Manufacturing Equipment Development Project, etc.
  • Page 4 http://www.microcybers.com TABLE OF CONTENTS Product Review ..........................1 Chapter 1. Chapter 2. Installation and nameplate ...................... 2 L-bracket installation ..........................2 Threaded installation ..........................2 Flange installation ..........................3 Product nameplate ..........................3 Chapter 3. Shape and structure ........................ 4 Mechanical structure ..........................
  • Page 5 http://www.microcybers.com Chapter 8. Technical specifications ......................23 Basic Parameters ..........................23 Technical specifications of RTD ......................24 Thermocouple technical specifications ....................24 ~ IV ~...
  • Page 6 Users can configure and configure through WirelessHART MPT configuration software provided by Microcyber, and also provide DD file supporting 475 hand controller format, which is convenient for users to configure and configure wireless temperature transmitter through 475 hand controller. The device can be configured and monitored for data through the gateway after it is connected to the network.
  • Page 7 http://www.microcybers.com Chapter 2. Installation and nameplate For wireless temperature transmitter mounting, L-bracket mounting, threaded mounting, and flange mounting are available. 2.1 L-bracket installation Figure 2.1 L-shaped bracket installation diagram 2.2 Threaded installation Figure 2.2 Threaded installation diagram ~ 2 ~...
  • Page 8 http://www.microcybers.com 2.3 Flange installation Figure 2.3 Flange installation diagram 2.4 Product nameplate This product is only available with English nameplate, if you need Chinese nameplate, please specify before ordering. Figure 2.4 Product nameplate diagram ~ 3 ~...
  • Page 9 http://www.microcybers.com Chapter 3. Shape and structure 3.1 Mechanical structure As shown in the figure below, the wireless temperature transmitter is installed with a set of cards for data acquisition and transmission. The front compartment set card consists of LCD card, communication acquisition card and wireless module, and the rear compartment consists of battery compartment, battery module, electrical plug-in, and battery top cover.
  • Page 10 http://www.microcybers.com Figure 3.1 Structure diagram 3.2 Dimension Figure 3.2 Overall dimensions ~ 5 ~...
  • Page 11 http://www.microcybers.com Chapter 4. Introduction of temperature transmitter 4.1 Hardware Interface The wireless temperature transmitter is powered by a 3.6V battery. The wireless temperature transmitter sensor hardware interface diagram is shown in Figure 4.1: Figure 2 wire 3 wire 4 wire TC,mV Ω...
  • Page 12 http://www.microcybers.com Figure 4.2 Sensor wiring description ~ 7 ~...
  • Page 13 5.2 Functional Configuration The wireless temperature transmitter supports the WirelessHART-MPT configuration software of Shenyang Microcyber Corporation, and the SDC625 of HART Foundation and other general WirelessHART configuration software for configuration debugging. The following mainly takes the WirelessHART-MPT configuration software of Microcyber Corporation as an example to introduce the configuration method of the wireless temperature transmitter.
  • Page 14 http://www.microcybers.com equipment, including the main variable range, damping and other information; Interface display settings: configure the LCD information of the online device, including the interface number, display time, display number, display source and other information; Linear correction: multi-point (16 data points (calibration for online equipment); Variable monitoring: It can regularly refresh all the dynamic variables of the selected online device and display the trend curve of the current device main variable Network information configuration: configure the network information of online equipment,...
  • Page 15 http://www.microcybers.com Messages can enter up to 32 characters; The description can enter up to 16 specified characters; The maximum length of the label is 8 specified characters; The date range is from 1,900 to 2,155; The maximum length of the assembly number is 6 specified characters. 5.2.3 Sensor Configuration The Sensor Information tab allows you to view the currently configured sensor information (upper,...
  • Page 16 http://www.microcybers.com PT1000 PT1000 mV voltage signal, range：(-100 ~ 100) mV 100mV B_TC E_TC J_TC K_TC N_TC R_TC S_TC T_TC  Sensor type: including resistance (0_500 Ω, 0_4000 Ω), thermal resistance (Cu 50, Cu 100, Pt 100 and Pt1000), -100~ + 100 mV, thermocouple (B, E, J, K, N, R, S and T). ...
  • Page 17 http://www.microcybers.com 5.2.4 Configuration of Configuration Information The configuration information of the card can be read or modified through the configuration information tab, including displaying the output variables of the device (main variable, cold end temperature value, battery voltage, primary variable percentage), the setting of the main variable information (damping value, unit, upper limit of range, lower limit of range), etc., as shown in Figure 5.3.
  • Page 18 http://www.microcybers.com Figure 5. 5 Interface display settings 5.2.6 Linear Correction Multi-point calibration of the sensor is possible through the linear correction function. The correction mode is the “Digital quantity” mode. The number of corrected points can be freely selected between 2~16 points.
  • Page 19 http://www.microcybers.com Figure 5. 7 Variable monitoring 5.2.8 Network Information Configuration The input key and network ID of the network ID and entry key of the device must be consistent with the gateway (see G1100 WirelessHART Intelligent Gateway Manual for details). The network ID and entry key can be obtained from the Settings page in the intelligent wireless network, as shown in Figure 5.
  • Page 20 http://www.microcybers.com Figure 5. 9 Information configuration of the wireless network 5.2.9 Burst Configure The wireless temperature transmitter uses Burst mode to regularly transmit the device data to the gateway, and Burst information can be configured in the WirelessHART-MPT configuration software and the wireless network network, as shown in Figure 5.
  • Page 21 http://www.microcybers.com in Figure 5. 11. The normal access process takes 2~5 minutes, and the length of access depends on the number of network equipment under the same network and the distance between the equipment and the gateway. When the infinite mode shows “Operational” in the status parameter bar, the device successfully enters the network.
  • Page 22 http://www.microcybers.com Figure 5. 13 Other configuration ~ 17 ~...
  • Page 23 http://www.microcybers.com Chapter 6. Field Configuration 6.1 LCD and Key Description The wireless temperature transmitter is equipped with LCD liquid crystal and local keypad adjustment function, which allows the user to make rich parameter adjustments to the wireless temperature transmitter locally. LCD liquid crystal display for variable display, as shown in Figure 6.1 Figure 6.1 display information The LCD display has six main components, as shown in the following table:...
  • Page 24 http://www.microcybers.com Figure 6.2 Display schematic There are 3 keys, [M], [S], [Z], [M] is the mode key, mainly responsible for "function selection", "cursor movement" and "OK". The [S] and [Z] keys are input adjustment keys, mainly responsible for "back and forth menu flip"...
  • Page 25 http://www.microcybers.com Figure 6.3 Function menu diagram Figure 6.3 Main Menu Main menu Submenu Function Submenu function description description Function Code Code Fun30 Set short address The current value is set to the lower Fun03 limit of the PV range The current value is set to the upper Fun04 limit of PV range Fun05...
  • Page 26 http://www.microcybers.com Chapter 7. Maintenance and repair 7.1 Battery Replacement Under the reference conditions, the expected life of the power supply module is 3 years. When the power supply module needs to be replaced, perform the following steps. 1. Remove the back cover of the housing. 2.
  • Page 27 http://www.microcybers.com Address error Wireless temperature transmitter factory default short address setting is 0. If you forget the previous setting after changing the address, click the full search on the configuration software, or log in the LCD to view the address information. Wireless temperature transmitter fault Replacement test with other wireless temperature transmitters.
  • Page 28 http://www.microcybers.com Chapter 8. Technical specifications 8.1 Basic Parameters Table 8.1 Protocol WirelessHART/HART Pt100,Pt1000,PT200,PT500,CU50,CU100,0～500Ω, Input signal 0～4000Ω;B E J K N R S T thermocouple, -100mV～100mV wiring 2,3,4 wire method Battery 19000mAh/3.6V(Single unit) Battery Life 3 years of battery life at 25℃ ambient temperature, update rate of 1 minute, and LCD off Wireless Power 10mW(10dBm)
  • Page 29 http://www.microcybers.com Protection certification) Rating Protection class IP67 Electromagnetic EN61326 standard compatibility 8.2 Technical specifications of RTD  RTD normal temperature accuracy index（25℃） Table 8.2. 1 Signal Type Temperature drift Sensor range (℃) Accuracy (25 ℃) (per degree Celsius) Resistance ±0.04Ω ±0.001Ω...
  • Page 30 http://www.microcybers.com -190 ℃~ 1200℃ ±0.35℃ ±0.01℃ -200℃ ~ 1372℃ ±0.40℃ ±0.025℃ -190℃ ~ 1300℃ ±0.50℃ ±0.015℃ 0℃ ~ 1768℃ ±0.75℃ ±0.023℃ 0 ℃~ 1768℃ ±0.70℃ ±0.023℃ -200℃ ~ 400℃ ±0.35℃ ±0.015℃  Other technical specifications of thermocouple Table 8.3. 2 Sensor Type B,E,J,N,K,R,S,T;(-100~100)mV Common...
  • Page 31 Microcyber https://www.microcybers.com Address: 17-8 Wensu Street, Hunnan New District, Shenyang, China P o s t c o d e : 11 0 1 7 9 Te l : 0 0 8 6 - 2 4 - 3 1 2 1 7 2 9 5 / 3 1 2 1 7 2 9 6 F a x : 0 0 8 6 - 2 4 - 3 1 2 1 7 2 9 3 E m a i l : s a l e s @ m i c r o c y b e r.