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Measurement Computing TC-32, User Manual

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Measurement Computing TC-32 User Manual Download Page 24

TC-32 User's Guide 

Specifications 

24 

Signal I/O connectors 

Table 19. Connector specifications 

Parameter 

Specification 

User accessible I/O connectors 
(excluding USB and Ethernet) 

Thermocouple inputs, digital I/O connector, expansion connector, chassis ground 

Thermocouple connector type 

Thermocouple Mini-Jack (Omega PCC-SMP-V-U-100) 

Digital I/O connector type 

50-pin IDC header 

Compatible cable for the 50-pin 
DIO connector 

C50FF-

x

 

Compatible accessory products 
with the C50FF-

x

 cable 

 

CIO-MINI50 

 

SCB-50 

Expansion connector type 

40-pin IDC header 

Compatible cables for the 40-pin 
expansion connector 

C40FF-

x

 

Chassis ground connector 

6-32 screw 

Table 20. Thermocouple connector pinout 

Pin  Signal Name 

Pin Description 

Pin 

Signal Name 

Pin Description 

J1 

TC0(+) 

CH0 sensor input (+) 

J17 

TC16(+) 

CH16 sensor input (+) 

TC0(-) 

CH0 sensor input (–) 

TC16(-) 

CH16 sensor input (–) 

J2 

TC1(+) 

CH1 sensor input (+) 

J18 

TC17(+) 

CH17 sensor input (+) 

TC1(-) 

CH1 sensor input (–) 

TC17(-) 

CH17 sensor input (–) 

J3 

TC2(+) 

CH2 sensor input (+) 

J19 

TC18(+) 

CH18 sensor input (+) 

TC2(-) 

CH2 sensor input (–) 

TC18(-) 

CH18 sensor input (–) 

J4 

TC3(+) 

CH3 sensor input (+) 

J20 

TC19(+) 

CH19 sensor input (+) 

TC3(-) 

CH3 sensor input (–) 

TC19(-) 

CH19 sensor input (–) 

J5 

TC4(+) 

CH4 sensor input (+) 

J21 

TC20(+) 

CH20 sensor input (+) 

TC4(-) 

CH4 sensor input (–) 

TC20(-) 

CH20 sensor input (–) 

J6 

TC5(+) 

CH5 sensor input (+) 

J22 

TC21(+) 

CH21 sensor input (+) 

TC5(-) 

CH5 sensor input (–) 

TC21(-) 

CH21 sensor input (–) 

J7 

TC6(+) 

CH6 sensor input (+) 

J23 

TC22(+) 

CH22 sensor input (+) 

TC6(-) 

CH6 sensor input (–) 

TC22(-) 

CH22 sensor input (–) 

J8 

TC7(+) 

CH7 sensor input (+) 

J24 

TC23(+) 

CH23 sensor input (+) 

TC7(-) 

CH7 sensor input (–) 

TC23(-) 

CH23 sensor input (–) 

J9 

TC8(+) 

CH8 sensor input (+) 

J25 

TC24(+) 

CH24 sensor input (+) 

TC8(-) 

CH8 sensor input (–) 

TC24(-) 

CH24 sensor input (–) 

J10 

TC9(+) 

CH9 sensor input (+) 

J26 

TC25(+) 

CH25 sensor input (+) 

TC9(-) 

CH9 sensor input (–) 

TC25(-) 

CH25 sensor input (–) 

J11 

TC10(+) 

CH10 sensor input (+) 

J27 

TC26(+) 

CH26 sensor input (+) 

TC10(-) 

CH10 sensor input (–) 

TC26(-) 

CH26 sensor input (–) 

J12 

TC11(+) 

CH11 sensor input (+) 

J28 

TC27(+) 

CH27 sensor input (+) 

TC11(-) 

CH11 sensor input (–) 

TC27(-) 

CH27 sensor input (–) 

J13 

TC12(+) 

CH12 sensor input (+) 

J29 

TC28(+) 

CH28 sensor input (+) 

TC12(-) 

CH12 sensor input (–) 

TC28(-) 

CH28 sensor input (–) 

J14 

TC13(+) 

CH13 sensor input (+) 

J30 

TC29(+) 

CH29 sensor input (+) 

TC13(-) 

CH13 sensor input (–) 

TC29(-) 

CH29 sensor input (–) 

J15 

TC14(+) 

CH14 sensor input (+) 

J31 

TC30(+) 

CH30 sensor input (+) 

TC14(-) 

CH14 sensor input (–) 

TC30(-) 

CH30 sensor input (–) 

J16 

TC15(+) 

CH15 sensor input (+) 

J32 

TC31(+) 

CH31 sensor input (+) 

TC15(-) 

CH15 sensor input (–) 

TC31(-) 

CH31 sensor input (–) 

Distributed by MicroDAQ.com, Ltd.               www.MicroDAQ.com               (603) 746-5524

Summary of Contents for TC-32

Page 1: ...TC 32 32 Channel Thermocouple Input USB Ethernet DAQ Device User s Guide Document Revision 2 November 2015 Copyright 2015 Distributed by MicroDAQ com Ltd www MicroDAQ com 603 746 5524 ...

Page 2: ...u of all other warranties expressed or implied including any implied warranty of merchantability or fitness for a particular application The remedies provided herein are the buyer s sole and exclusive remedies Neither Measurement Computing Corporation nor its employees shall be liable for any direct or indirect special incidental or consequential damage arising from the use of its products even if...

Page 3: ... networks 9 Calibrating the hardware 10 Factory calibration 10 Field calibration 10 Updating firmware 10 Restoring factory default network settings 10 Chapter 3 Functional Details 11 External components 11 USB connector 11 Ethernet connector 11 External power connector 11 TC input connectors measurements and LED 11 Digital I O 13 LED indicators 14 EXPANSION connector 15 Chassis ground connector 15...

Page 4: ...onnection 22 Network interface 22 Network factory default settings 23 Network security 23 LED displays and the factory reset button 23 Environment 23 Mechanical 23 Signal I O connectors 24 Declaration of Conformity 26 Distributed by MicroDAQ com Ltd www MicroDAQ com 603 746 5524 ...

Page 5: ...buttons text boxes and check boxes italic text Italic text is used for the names of manuals and help topic titles and to emphasize a word or phrase Where to find more information Additional information about TC 32 hardware is available on our website at www mccdaq com You can also contact Measurement Computing Corporation with specific questions Knowledgebase kb mccdaq com Tech support form www mc...

Page 6: ...0 100 Ethernet interface Powered by the included 5 V external power adapter PS 5V2AEPS Ethernet interface The TC 32 has a built in 10 100 BASE T auto negotiation high speed communication port With the Ethernet interface you can remotely access and configure your TC 32 from anywhere on the network Only one computer can control the TC 32 at a time A unique media access control MAC address is assigne...

Page 7: ...de Introducing the TC 32 7 Functional block diagram Device functions are illustrated in the block diagram shown here Figure 1 TC 32 functional block diagram Distributed by MicroDAQ com Ltd www MicroDAQ com 603 746 5524 ...

Page 8: ...LED Installing the hardware Installing on USB Connect the TC 32 using the cable provided to a to a USB port on a computer running Windows Windows finds and installs the device driver automatically and notifies you that the device is ready to use Installing on Ethernet The TC 32 requires a TCP IP and UDP connection to a network or computer Use the standard Ethernet cable provided to connect the TC ...

Page 9: ...figured on the TC 32 IP address settings The default settings of the following IP address are assigned to the TC 32 when automatic addressing is disabled or not available DHCP or Link Local for example IPv4 address The IP address that is stored on the device The default IPv4 address is 192 168 0 101 Subnet mask The Subnet mask that is stored on the TC 32 The subnet mask determines the number of bi...

Page 10: ... a precision voltage source a voltmeter Each ADC two ADCs per device is measured at three points and a linear correction is calculated When prompted enter the voltmeter reading to a precision of three decimal places MCC strongly recommends that you warm up the TC 32 for at least 20 minutes prior to performing field calibration Updating firmware Your DAQ device contains firmware that can be updated...

Page 11: ...r panel components USB connector The USB connector provides USB communication Ethernet connector The E 1608 has one 10 100 BASE T auto negotiation high speed communication port The port connector is an RJ 45 eight position connector The Ethernet port accepts CAT 5 shielded or unshielded twisted pair cable The maximum communication distance without using a repeater is 100 meters External power conn...

Page 12: ...ted as follows 11 4 V 10 V 8 6 V 3 10 V Each TC channel becomes biased to the average common mode voltage of 10 V Each common mode voltage must then be within the 10 V 1 4 V limits or 8 6 V to 11 4 V Figure 4 TC 32 common mode voltage connections example Cold junction compensation CJC Each TC input on the TC 32 has a high resolution CJC sensor When you connect the thermocouple sensor leads to the ...

Page 13: ...kage current is injected into the TC Digital I O The TC 32 provides up to eight digital inputs and 32 digital outputs that are electrically isolated from the host computer and from the TC 32 analog circuits All DIO bits have internal pull up resistors to 5 V that can be disconnected with the rear panel slide switches The recommended maximum length of the 50 pin cable used to connect the DIGITAL I ...

Page 14: ...al outputs associated with each channel Because the digital alarm outputs are user configurable they can be used to supply additional information visually if the digital outputs are used to drive LEDs such as the channel associated with the alarm condition or differentiating between threshold and CMV alarms Pull up configuration By default pull up is enabled for all eight digital inputs and all 32...

Page 15: ...nnector Provides a connection point 6 32 screw for chassis ground Connect this to an external grounding source If the TC 32 is connected by USB or by a shielded Ethernet cable to grounded equipment connecting to an external grounding source is not needed since the USB shielded Ethernet connection already grounds the TC 32 and a connected TC 32 EXP RESET button Press and hold this button to restore...

Page 16: ...TC 32 User s Guide Functional Details 16 Mechanical drawings Figure 5 Enclosure dimensions front Figure 6 Enclosure dimensions rear Distributed by MicroDAQ com Ltd www MicroDAQ com 603 746 5524 ...

Page 17: ...TC 32 User s Guide Functional Details 17 Figure 7 Enclosure dimensions side Figure 8 Circuit board dimensions Distributed by MicroDAQ com Ltd www MicroDAQ com 603 746 5524 ...

Page 18: ...ed 75 nA Common mode rejection 50 Hz filtering at DC and fin 50 Hz 110 dB 60 Hz filtering at DC and fin 60 Hz 110 dB Noise rejection 50 Hz filtering at fin 50 Hz 80 dB typ 60 Hz filtering at fin 60 Hz 80 dB typ Input bandwidth 50 Hz filtering 22 Hz 60 Hz filtering 26 Hz Crosstalk Between any two TCx inputs 90 dB Sample rate Note 1 3 Hz max per channel Common mode voltage range Note 2 TCx channel t...

Page 19: ...thermocouple sensors Table 3 Compatible sensor type specifications Parameter Specification Thermocouple J 210 C to 1200 C K 270 C to 1372 C R 50 C to 1768 C S 50 C to 1768 C T 270 C to 400 C N 270 C to 1300 C E 270 C to 1000 C B 0 C to 1820 C Accuracy Thermocouple measurement accuracy Table 4 Thermocouple accuracy specifications including CJC measurement error All specifications are Sensor Type Se...

Page 20: ... 15 V Input type CMOS Schmitt trigger Input characteristics 100 kΩ pull up resistor 28 7 kΩ series resistor Maximum input voltage range 0 V to 20 V max power on off relative to IGND pins Pull up configuration All pins pulled up to 5 V via individual 100 kΩ resistors using slide switch SW5 SW5 default positions are on pulled up Transfer rate software paced 500 port reads per second typ Input high v...

Page 21: ...t output line goes high when alarm condition is met Enabled active low output output line goes low when alarm condition is met Alarm output may be latched and will not clear unless explicitly cleared by the user Alarm latency Note 6 1 second max Note 6 Alarm settings are applied when changed and at power on Temperatures are constantly converted on enabled channels and processed for alarm condition...

Page 22: ... max Power Self powered no USB current consumed Network Ethernet connection Table 12 Ethernet connection specifications Parameter Specification Ethernet type 100 Base TX 10 Base T Communication rates 10 100 Mbps auto negotiated Connector RJ 45 8 position Cable length 100 meters max Additional parameters HP Auto MDIX support Network interface Table 13 Factory default specifications Parameter Specif...

Page 23: ...es power on Blinks when blink command is sent Both the POWER and ACTIVITY LEDs blink in firmware upgrade mode ACTIVITY LED On when there is a valid connection and blinks when a command is sent to the TC 32 Both the POWER and ACTIVITY LEDs blink in firmware upgrade mode ALARM LED Indicates that an alarm condition is met OPEN TC LED bottom Indicates that there is an open thermocouple condition Facto...

Page 24: ...TC3 CH3 sensor input TC19 CH19 sensor input J5 TC4 CH4 sensor input J21 TC20 CH20 sensor input TC4 CH4 sensor input TC20 CH20 sensor input J6 TC5 CH5 sensor input J22 TC21 CH21 sensor input TC5 CH5 sensor input TC21 CH21 sensor input J7 TC6 CH6 sensor input J23 TC22 CH22 sensor input TC6 CH6 sensor input TC22 CH22 sensor input J8 TC7 CH7 sensor input J24 TC23 CH23 sensor input TC7 CH7 sensor input...

Page 25: ...30 Alarm Output 30 36 DOUT31 Digital Output 31 Alarm Output 31 37 IGND Isolated Digital GND 38 IGND Isolated Digital GND 39 IGND Isolated Digital GND 40 IGND Isolated Digital GND 41 DIN0 Digital Input 0 42 DIN1 Digital Input 1 43 DIN2 Digital Input 2 44 DIN3 Digital Input 3 45 DIN4 Digital Input 4 46 DIN5 Digital Input 5 47 DIN6 Digital Input 6 48 DIN7 Digital Input 7 49 IGND Isolated Digital GND ...

Page 26: ... EU Conformity is assessed in accordance to the following standards EMC Emissions EN 61326 1 2013 IEC 61326 1 2012 Class A EN 55011 2009 A1 2010 IEC CISPR 11 2009 A1 2010 Group 1 Class A Immunity EN 61326 1 2013 IEC 61326 1 2012 Controlled EM Environments EN 61000 4 2 2008 IEC 61000 4 2 2008 EN 61000 4 3 2010 IEC61000 4 3 2010 EN 61000 4 4 2012 IEC61000 4 4 2012 EN 61000 4 5 2005 IEC61000 4 5 2005...

Page 27: ...achusetts 02766 508 946 5100 Fax 508 946 9500 E mail info mccdaq com www mccdaq com NI Hungary Kft H 4031 Debrecen Hátar út 1 A Hungary Phone 36 52 515400 Fax 36 52 515414 http hungary ni com debrecen Distributed by MicroDAQ com Ltd www MicroDAQ com 603 746 5524 ...

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