P1-04THM Analog Input

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1 Thermocouple Input Specifications Input Channels differential Data Format Floating Point Common Mode Range ±.2 V Common Mode Rejection DC Input Impedance >MΩ Maximum Ratings Fault Protected Inputs to ±0V Resolution 6-bit, ±0. C or F Thermocouple Input Ranges Thermocouple inearization Cold Junction Compensation Sample Duration Time All Channel Update Rate Open Circuit Detection Time Conversion Method Accuracy vs. Temperature Maximum Inaccuracy inearity Error Warm-up Time External Power Supply Required Type J -90 to 60 C (-0 to 00 F) Type E - 20 to 000 C (-6 to 82 F) Type K -0 to 2 C (-28 to 20 F) Type R 6 to 68 C (9 to 2 F) Type S 6 to 68 C (9 to 2 F) Type T -20 to 00 C (-82 to 2 F) Type B 29 to 820 C (98 to 08 F) Type N -0 to 00 C (-9 to 22 F) Type C 6 to 220 C (9 to 208 F) Automatic Automatic 20ms.08 s Within s Sigma-Delta ±0ppm per C (maximum) ± C maximum (excluding thermocouple error) ± C maximum (±0. C typical) Monotonic with no missing codes 0 minutes for ±% repeatability 2 minutes to reach voltage specifications None P-0THM TC+ TC- TC- TC2+ TC+ TC+ TC2- TC- THERMOCOUPE 000 P-0THM Analog Input The P-0THM Thermocouple Input Module provides four differential channels for receiving thermocouple and voltage input signals for use with the Productivity000 system. Input Specifications General Specifications Removable Terminal Block Specifications Wiring Diagram and Schematic Module Installation Procedure QR Code Wiring Options Module Configuration Warning Terminal Block Included. Not Compatible with ZIPink. Warranty: Thirty-day money-back guarantee. Two-year limited replacement (See for details). Sales

2 Operating Temperature Storage Temperature Humidity Environmental Air Vibration Shock Field to ogic Side Isolation Heat Dissipation Enclosure Type Module ocation Field Wiring EU Directive Connector Type (included) Weight Agency Approvals General Specifications 0º to 60ºC (2º to 0ºF) -20º to 0ºC (-º to 8ºF) to 9% (non-condensing) No corrosive gases permitted IEC (Test Fc) IEC (Test Ea) 800VAC applied for second 00mW *See CE Declaration of Conformance for details. Open Equipment Any I/O position in a Productivity000 System Removable terminal block (Included). The P-0THM is not compatible with the ZIPink Wiring System. See the EU Directive topic in the Productivity Suite Help File. Information can also be obtained at: 0-position Removable Terminal Block 8g (2.0 oz) U file E99, Canada & USA CE (EN6-2 EMC and EN Safety)* Configuration/Diagnostics Burn-out Detection: High Side/Disable C/ F (T/C Only) Module Diagnostics Failure Burn-out (on if T/C input is open no connection between TCn+ and TCn-) Channel Under-range (T/C only) Channel Over-range (T/C only) Voltage Input Specifications mvdc, ±9.062 mvdc, ±8.2 mvdc, inear mv Device Input Ranges mvdc, ±6.2 mvdc, 0 20 mvdc Max Voltage Input Offset Error 0 60 C, typical 2 C Max Voltage Input Gain Error 2 C Max Voltage Input inearity Error 0 60 C, typical 2 C Max Voltage Input Impedance 0 60 C, typical 2 C bit per module bit per module bit per module bit per channel bit per channel bit per channel Terminal Block Specifications Part Number P-0RTB P-0RTB- Positions 0 Screw Terminals 0 Spring Clamp Terminals Wire Range 0 6 AWG (0.0. mm²) Solid / Stranded Conductor /6 in (.2 mm) Insulation Max. / in (6 mm) Strip ength 28 6 AWG (0.08. mm²) Solid / Stranded Conductor /6 in (.2 mm) Insulation Max. 9/6 in ( 8 mm) Strip ength Use Thermocouple Extension wire for thermocouples. Conductors USE COPPER CONDUCTORS, ºC or equivalent. Screw Driver 0. in (2. mm) Maximum* Screw Size M2 N/A Screw Torque 2. lb in (0.28 N m) N/A *Recommended Screw Driver TW-SD-MS- 2 Tech Support

3 P-0THM Schematic P-0THM Wiring Diagram Thermocouple Input Circuits Voltage Input Circuits INTERNA MODUE CIRCUITRY CH T/C CH2 T/C CH T/C CH T/C Ungrounded/Shielded Thermocouple Grounded/Shielded Thermocouple Infrared Thermocouple -wire Voltage Transmitter AC or DC oad Cell or Strain Gauge AC or DC Transmitter Power Supply Excitation Power Supply Voltage Divider NOTES:. Connect shield to thermocouple signal/ground only. Do not connect to both ends. 2. Install jumper wire on each unused input, to.. With grounded thermocouples, take precautions to prevent having a voltage potential between thermocouple tips. A voltage of.2v or greater between tips will skew measurements.. Use shielded, twisted thermocouple extension wire that matches the thermocouple type. Use thermocouple-compatible junction blocks. TC+ TC- TC2+ TC2- TC+ TC- TC+ TC- Sales

4 Module Installation QR Code WARNING: Do not add or remove modules with field power applied. Step One: With latch gram ring Dia TD Wi P-08 e Single r Sourc Powe 2 P-08TD P-08TD in locked position, align connectors on the side of each module and stack by pressing together. Click indicates lock is engaged VDC e r Sourc Powe Dual 2 2V Use any QR Code reader application to display the module s product insert. WIRE STRIP ENGTH MAX MIN OCK Step Three: To unstack modules, pull locking latch up into the unlocked position and then pull modules apart. - Tech Support V VDC Check all latches are secure after modules are connected VDC P-08TD UNOCK 0V Step Two: Attach field wiring using the removable terminal block or ZIPink wiring system. 2V 2

5 Wiring Options Module Configuration Screw Terminal Block (included) P-0RTB (Quantity ) 2 Spring Clamp Terminal Block P-0RTB- (Quantity ) Using the Hardware Configuration tool in the Productivity Suite programming software, drag and drop the P-0THM module into the configuration. Specify Temperature Scale and Burnout Detection, and use the drop down menu to select module range and resolution. If desired, assign a User Tagname to each channel selected and to each Status Bit Item. Sales

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8 WARNING: To minimize the risk of potential safety problems, you should follow all applicable local and national codes that regulate the installation and operation of your equipment. These codes vary from area to area and it is your responsibility to determine which codes should be followed, and to verify that the equipment, installation, and operation are in compliance with the latest revision of these codes. Equipment damage or serious injury to personnel can result from the failure to follow all applicable codes and standards. We do not guarantee the products described in this publication are suitable for your particular application, nor do we assume any responsibility for your product design, installation, or operation. If you have any questions concerning the installation or operation of this equipment, or if you need additional information, please call Technical Support at This publication is based on information that was available at the time it was printed. At AutomationDirect.com we constantly strive to improve our products and services, so we reserve the right to make changes to the products and/or publications at any time without notice and without any obligation. This publication may also discuss features that may not be available in certain revisions of the product. Document Name Edition/Revision Date P-0THM-DS st Edition 9//20 Copyright 20, AutomationDirect.com Incorporated/All Rights Reserved Worldwide 8 Tech Support