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ATS-515, -525 & ATS-615 & -625 Interface & Applications Manual

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System Overview

Chapter Overview

Introduction

This chapter provides an overview of the

ATS-515, -525 & ATS-615 & -625

THERMOSTREAM

Systems.

In this Chapter

This Chapter is divided into the following Sections:

Topic

See Page

System Description

Physical Requirements

Summary of Contents for THERMOSTREAM ATS-515

Page 1: ...ber LQ7 67 7KHUPDO 6ROXWLRQV www inTESTthermal com Tel 1 781 688 2300 41 Hampden Road Mansfield MA 02048 U S A LM02430 ATS 515 525 ATS 615 625 THERMOSTREAM Interface Applications Manual Revision A January 2013 ...

Page 2: ......

Page 3: ... 2 4 System Description 2 5 Environment 2 5 Receipt of Shipment 2 5 Unpacking Instructions 2 5 Repackaging System 2 6 Physical Requirements 2 6 Chapter 3 System Operation Chapter Overview 3 1 Section A Interconnections Cables and Hoses ATS 515 525 Interconnect Diagram 3 2 Section B System Startup and Shutdown 3 4 Section C Controls and Indicators 3 5 Section D ATS 515 525 Screens Overview 3 8 Sect...

Page 4: ...iled 3 30 Section K DIAGNOSTICS DIAGNOSTICS Screen Detailed 3 32 Chapter 4 Remote Interfaces Overview 4 1 Section A Remote Interfaces Overview and Assumptions Remote Interfaces Overview 4 2 Section B Syntax Syntax Overview 4 3 Section C Command Processing Command Processing Overview 4 4 Section D Error Reporting 4 5 Section E Maximizing Communications Throughput 4 6 Section F IEEE 488 2 Interface ...

Page 5: ...ERMOSTREAM System is protected by copyright laws that pertain to computer software Use of this software does not authorize de compiling disassembling or reverse engineering to gain access to the program code Temptronic Corporation does not authorize any copy change or other use of this software Notice Patents have been granted and or patent applications are pending or are in process of preparation...

Page 6: ...for operating and maintaining this equipment become familiar with the contents of these manuals prior to using the equipment This manual instructs how to setup operate and perform routine maintenance for the ATS 515 525 ATS 525 625 THERMOSTREAM Systems Other Manuals in the Set Following is the complete list of manuals which make up this information set Manual Name Part Number ATS 515 525 ATS 525 6...

Page 7: ...TEST Thermal Solutions Service Department to obtain a return authorization RA number Spare Parts Electrical and mechanical replaceable parts for the System can be obtained through your local inTEST Thermal Solutions representative or directly from the inTEST Thermal Solutions Service Department When ordering be sure to specify the Quantity Temptronic part number Description Reference designation i...

Page 8: ...hion by having on hand specific information when calling in Software Version System Model Number System Model Number A modular system design allows the customer to select options or features as desired for a given installation or application The System Model Number Designation printed on the nameplate reflects the configuration at time of shipment as described below ...

Page 9: ...HUPDO 6ROXWLRQV 1 Safety Chapter Overview Introduction This chapter covers all the safety Warnings and Cautions for the ATS 515 525 ATS 615 625 THERMOSTREAM Systems In this Chapter This Chapter is divided into the following Sections Topic See Page Warnings 2 Cautions 5 ...

Page 10: ...ssed air at high pressures and refrigerants at high or vacuum pressures These hazards can be injurious or dangerous to life Do not perform these instructions unless you qualify to do them WARNING 3 To avoid shock hazard the equipment must be grounded with an adequate earth ground per local electrical codes WARNING 4 When connecting thermocouple sensors to the Device Under Test DUT electrically iso...

Page 11: ...odule is required only a licensed and or EPA Certified refrigeration service person authorized by the Temptronic Corporation is qualified to perform any charging or handling of the refrigerants in the System WARNING 11 Under no circumstances leak testing or any other purpose is the Air Chiller Module to be charged with any gas at a pressure above 150 psig 10 34 bar WARNING 12 To prevent high press...

Page 12: ...ersonnel to be friendly to the environment to operate efficiently and to not harm the equipment Do not substitute unauthorized coolants and refrigerants nor mix add in unauthorized coolants or refrigerants doing so can cause warranties to be voided Wear protective safety eye glasses gloves and apron when filling coolants and refrigerants Temptronic assumes no liability for damages caused by use of...

Page 13: ...ts electrical source check that the ac voltage and frequency to be supplied to the system are correct for those listed on the system s data plate located on the rear panel of the equipment CAUTION 5 Disconnect the system s power cord from its service supply before checking or replacing any back up batteries CAUTION 6 Be very careful to avoid damaging the two thermocouples which go from the Head th...

Page 14: ...ing from within the cooling module and possibly reducing or obstructing output air flow Improper air supply quality can cause damage to System internal operating components CAUTION 10 Properly use and maintain the provided filters regulator assemblies Doing so prevents moisture and or compressor oils from being introduced into System operating components If left unchecked moisture and or compresso...

Page 15: ...O 6ROXWLRQV 2 System Overview Chapter Overview Introduction This chapter provides an overview of the ATS 515 525 ATS 615 625 THERMOSTREAM Systems In this Chapter This Chapter is divided into the following Sections Topic See Page System Description 5 Physical Requirements 6 ...

Page 16: ...e electronic devices in various thermal environments The THERMOSTREAM System is controlled by internal microprocessors and permits either local or remote hosted operation either attended or unattended The system can record time temperature test performance datalogs The THERMOSTREAM System displays the air and DUT Device Under Test temperatures It also displays various operator input values such as...

Page 17: ...nual LM04040 General Safety System Description Physical Requirements Dimensions Complete Parts Pictorial Complete Parts List System Troubleshooting Tables Repair Procedures for all major assemblies System Drawings Schematics ATS 515 M THERMOSTREAM Datasheet SL10720 Datasheet and technical specifications ATS 525 T THERMOSTREAM Datasheet SL10820 Datasheet and technical specifications ATS 615 THERMOS...

Page 18: ...rd Warranty is available on the inTEST Thermal Solutions website http intest thermal com warrantytemptronic Specifications The System Specifications are as published on the data sheet s which is are included in the front cover pocket of this manual or inserted immediately at the end of this Manual Specifications typically include Temperature range Air flow Vacuum Environmental Service features Fac...

Page 19: ...meets the following environmental requirements Receipt of Shipment The THERMOSTREAM System is shipped in one large packing carton on a skid and can be transported to its location with a single fork lift All purchased items are included inside the packing carton When received the carton should be examined for any signs of mishandling or damage during shipment NOTE If there are any obvious signs of ...

Page 20: ...EPHONE NUMBER SYSTEM MODEL AND SERIAL NUMBERS AND THE REASON FOR RETURN Physical Requirements Introduction The ATS 515 525 ATS 615 625 THERMOSTREAM is a free standing unit A cover encloses the THERMOSTREAM and prevent personnel from coming into contact with dangerous electrical terminals air at high pressure and refrigerants at vacuum pressures Dimensions Weights ATS 515 525 ATS 615 625 Benchtop C...

Page 21: ...n of the ATS 515 525 ATS 615 625 THERMOSTREAM In this Chapter This Chapter is divided into the following Sections SECTION See Page Interconnections Cables and Hoses 2 Controls Indicators 5 System Startup and Shutdown 4 Screens Overview 8 Startup Screen 9 TOP MENU Screen 10 MANUAL OPERATION 12 PROGRAM OPERATION 17 SETUP OPTIONS 23 CONFIGURE SYSTEM 30 DIAGNOSTICS 32 ...

Page 22: ... M O P E R A T I O N ATS 515 525 ATS 615 625 Interconnect Diagram 3 2 ATS 515 525 ATS 615 625 Interface Applications Manual Section A Interconnections Cables and Hoses ATS 515 525 ATS 615 625 Interconnect Diagram ...

Page 23: ...ote operation RS 232 RS 232 cable port for remote operation Air Input Main Air Input port Connect to facility supplied clean dry air Refer to the appropriate data sheet for facility air requirements Power Cable Chiller Main Power Cable Connect to facility power Refer to the appropriate data sheet for facility power requirements The voltage and frequency of the facility power supply should match th...

Page 24: ...luminates 3 The system begins the initialization process which includes an air purge countdown 60 seconds and compressor delay countdown 60 seconds 4 After the two countdowns the System Startup Screen press any button to continue dis plays 5 The system is now ready to use Shutdown Procedure There are three methods for shutting down the System The controller front panel On Off button may be pressed...

Page 25: ... ATS 615 625 Interface Applications Manual 3 5 Section C Controls Indicators Head Up Down Button EMO Power On Off Purge Switch Not Visible Graphical Display Program Buttons 5 Rotary Encoder Flow Control Valve ATS 515 and 615 Only Power LED Power Breaker CB1 Screen ...

Page 26: ...gram Buttons can be pressed to select the menu choices displayed above them System Control Rotary Encoder Used to cycle through parameters in the Setup Screen and Operator Screen To Cycle through the parameters in the Setup Screens 1 Rotate the encoder clockwise or counterclockwise within the screens To Change a parameter in the Setup Screens 1 Cycle through the parameters until the desired parame...

Page 27: ...an on position 2 Re start the machine Head Up Down Button Located on the Thermal Head Press to toggle the head up and down NOTE the head will not move up or down if it has been locked in the Configure System Screen Refer to CONFIGURE SYSTEM page 3 30 Purge Switch Toggle to turn the purge air on and off Flow Control Valve Located on the Chiller Controls the main air flow from 4 to 10 scfm To Increa...

Page 28: ...3 S Y S T E M O P E R A T I O N 3 8 ATS 515 525 ATS 615 625 Interface Applications Manual Section D Screens Overview ...

Page 29: ...cility air and power supplies must be within the system s required specifications Compressor Delay The countdown timer appears during initial system startup provided the temperature performance setting is not set to Heat Only The temperature performance setting can be accessed in the CONFIGURE SYSTEM Screen see page 3 30 After the countdown timer reaches zero the compressor initializes and the sys...

Page 30: ...old or Ambient setpoint For greater detail see MANUAL OPERATION page 3 12 PROGRAM OPERATION Selects the PROGRAM OPERATION Screen This screen allows the user to create 12 test setups each with unique setpoints For greater detail see PROGRAM OPERATION page 3 17 SETUP OPTIONS Selects the SETUP OPTIONS Screen This screen provides access to the MANUAL TEST SETUP Screen PROGRAM TEST SETUP Screen COPY TE...

Page 31: ...ects the DIAGNOSTICS DATA Screen This screen provides critical system diagnostic data including supplied air temperature supplied line frequency system runtime and system current draw amperage For greater detail see DIAGNOSTICS page 3 32 OFF program button When pressed powers down the THERMOSTREAM Part Function ...

Page 32: ... N Section Overview 3 12 ATS 515 525 ATS 615 625 Interface Applications Manual Section G MANUAL OPERATION Section Overview Screen See Page MANUAL OPERATION Screen 13 MANUAL TEST SETUP Screen 14 MANUAL OPERATION RAMP CYCLE Screen 16 ...

Page 33: ...S Screen and return to the TOP MENU Screen HOT program button When selected runs the system to the HOT setpoint This setpoint may be changed using the Encoder AMBIENT program button When selected runs the system to the AMBIENT setpoint This setpoint may be changed using the Encoder COLD program button When selected runs the system to the COLD setpoint This setpoint may be changed using the Encoder...

Page 34: ...up for more detail see PROGRAM TEST SETUP Screen page 3 19 3 a Define Parameters setup that is common to both the Manual and Program Test Setup for more detail see PROGRAM OPERATION Screen page 3 18 Part Function ESC program button Press to exit the MANUAL TEST SETUP Screen and return to the MANUAL OPERATION Screen SELECT program button Press to cycle through the TEST SETUPS 0 12 ATTENTION Paramet...

Page 35: ...d The THERMOSTREAM ramps up down at its fastest rate 0 is the minimum value that may be entered the THERMOSTREAM will NOT ramp up down to the corresponding Setpoint SetP C A setting of 0 effectively disables the Setpoint Wndw C Set range above below setpoint in which system is at setpoint This parameter may be changed using the Encoder Example a 50 C setpoint with 1 0 C Window band is at setpoint ...

Page 36: ...ameters for the Setpoints are configured in the MANUAL TEST SETUP Screen Part Function ESC program button Press to exit the MANUAL OPERATIONS CYCLE Screen and return to the MANUAL TEST SETUP Screen CYCLE program button Cycles through the AMBIENT COLD and Hot setpoints This program button changes to STOP once the system has begun to cycle STOP program button Stops the system from cycling through th...

Page 37: ...Section Overview ATS 515 525 ATS 615 625 Interface Applications Manual 3 17 Section H PROGRAM OPERATION Section Overview Screen See Page PROGRAM OPERATION Screen 18 PROGRAM TEST SETUP Screen 19 PROGRAM OPERATION RAMP CYCLE Screen 21 ...

Page 38: ...ERATION Screen and return to the previous screen ROW program button Press to cycle through the Row 0 12 FLOW program button Toggles air flow on off If air flow is toggled off the displays reads Flow 0 scfm RAMP CYCLE program button Selects the PROGRAM OPERATION RAMP CYCLE Screen This screen allows the user to Ramp to a particular temperature or cycle through various temperatures For greater detail...

Page 39: ...e setpoints Each Program Test Setup can be saved as part of a Test Setup File numbered 1 through 12 Each Test Setup file consists of a 1 Manual Test Setup for more detail see MANUAL TEST SETUP Screen page 3 14 2 Program Test Setup detailed here 3 Define Parameters setup that is common to both the Manual and Program Test Setup for more detail see PROGRAM OPERATION Screen page 3 18 Part Function ESC...

Page 40: ... the corresponding Setpoint SetP C This parameter may be changed using the Encoder 9999 is the maximum value that may be entered The THERMOSTREAM ramps up down at its fastest rate 0 is the minimum value that may be entered The THERMOSTREAM will NOT cycle up down to the corresponding Setpoint SetP C A setting of 0 effectively disables the Setpoint for cycling purposes Row The profile for each uniqu...

Page 41: ...g the SELECT program button Ramps to the Setpoint as specified in the highlighted Row FLOW program button Toggles air flow on off If air flow is toggled off the displays reads Flow 0 scfm CYCLE program button Press to begin cycling through the Setpoints The System sequentially runs to the Setpoint of each Row where Ramp C is set greater than zero When initiated the CYCLE MODE message displays the ...

Page 42: ...hanged using the Encoder RAMP C minute The rate in C minute at which the THERMOSTREAM ramps up down to the corresponding Setpoint SetP C This parameter may be changed using the Encoder 9999 is the maximum value that may be entered The THERMOSTREAM ramps up down at its fastest rate 0 is the minimum value that may be entered The THERMOSTREAM will NOT cycle up down to the corresponding Setpoint SetP ...

Page 43: ...ection Overview ATS 515 525 ATS 615 625 Interface Applications Manual 3 23 Section I SETUP OPTIONS Section Overview Screen See Page SETUP OPTIONS Screen 24 COPY SETUPS Screen 26 CALIBRATION CHOICE Screen 27 DEFINE PARAMETERS Screen 28 ...

Page 44: ...P Selects the MANUAL TEST SETUP Screen This screen allows the user to change and or run to one Hot Cold or Ambient setpoint For greater detail see MANUAL TEST SETUP Screen page 3 14 PROGRAM TEST SETUP Selects the PROGRAM TEST SETUP Screen This screen allows 12 test setups each with unique setpoints For greater detail see PROGRAM TEST SETUP Screen page 3 19 COPY SETUPS Selects the COPY SETUPS Scree...

Page 45: ...3 25 DEFINE PARAMETERS Selects the DEFINE PARAMETERS Screen This screen allows the user to define test setup parameters that are common to both Manual and Program Test Setups For greater detail see DEFINE PARAMETERS Screen page 3 28 OFF program button When pressed Powers Down the THERMOSTREAM Part Function ...

Page 46: ...UP Screen page 3 14 2 Program Test Setup for more detail see PROGRAM TEST SETUP Screen page 3 19 3 Define Parameters setup that is common to both the Manual and Program Test Setup for more detail see PROGRAM OPERATION Screen page 3 18 Part Function ESC program button Press to exit the COPY SETUPS Screen and return to the SETUP OPTIONS Screen READ program button Press to select which Setup File is ...

Page 47: ...s Manual 3 27 CALIBRATION CHOICE Screen CALIBRATION CHOICE Screen Detailed CALIBRATION CHOICE Screen Descriptions The Screen can be used to calibrate temperature air flow scfm or display screen resolution Only qualified Temptronic personnel should perform system calibrations Contact Temptronic as needed ...

Page 48: ...Program Test Setups Each Test Setup 0 through 12 may have its own unique DEFINE PARAMETERS information CAUTION Be cautious when SAVING Manual and Program Test Setup files as the DEFINE PARAMETERS data for BOTH are stored under one Test Setup numbered 1 through 12 Example if you change the DUT thermal const 20 500 from 100 to 150 in Manual Test Setup 1 then Program Test Setup 1 also changes to 150 ...

Page 49: ...n On the system continuously automatically and successively matches the DUT mass for the best compromise between minimal overshoot and fastest temperature transition time This parameter is disabled while in Air mode DUT thermal constant 20 500 When On Manually adjusts temperature under overshoot System default is 100 This parameter is disabled while in Air mode Air to DUT max C Sets a maximum limi...

Page 50: ...urn to the TOP MENU Screen without saving changes DONE program button Press to SAVE configured settings and return to the TOP MENU Screen IEEE 488 ADDRESS 0 30 GPIB Set IEEE General Purpose Interface Bus address range is 0 to 30 default is 9 SERIAL BAUD RATE 600 38 4k Accepted baud are 600 1200 2400 4800 9600 19 200 default is 38 400 ST EOT SFF Polarity 0 neg 1 pos Set signals sent to from System ...

Page 51: ...hot temperatures Off compressor is toggled on the system heats and cools DEFROST Set to On to display Defrost Screen countdown timer and to enter Defrost mode Head always up If On at test start Head remains up air flow is on at test end Head remains up air flow is off If Off at test start Head goes down air flow is on at test end Head goes up air flow is off Line Voltage Selection Displays the vol...

Page 52: ...emp C Displays the temperature C of the air being supplied to the THERMOSTREAM Line Frequency Hz Displays the frequency of the main power being supplied to the THERMOSTREAM System Run time hrs Displays the system s runtime in hours Chiller Run time hrs Displays the chiller s runtime in hours System Current Amps Displays the amount of current Amps being used by the system Note the current displayed...

Page 53: ...Overview In this Chapter This Chapter is divided into the following Sections Topic See Page Remote Interfaces Overview and Assumptions 2 Syntax 3 Command Processing 4 Error Reporting 5 Maximizing Communications Throughput 6 IEEE 488 2 Interface 7 Serial Interface 8 Remote Command Set 10 MCT Interface 19 ...

Page 54: ...rface it is important for the operator to be familiar with the interface s specifications and standards which are not provided in this manual This manual provides information specific to the ATS 515 525 ATS 615 625 Systems and identifies which instructions the System supports For the System to be controlled by a remote Host the System must first be initialized and be in an operating mode capable o...

Page 55: ... line feed by setting the EOI line or both In GPIB mode response messages from the ATS 515 525 ATS 615 625 System termi nate with a line feed character with the EOI line set In Serial mode response messages are terminated with a carriage return followed by a line feed Program message unit separators semicolons are required to delimit multiple com mands or queries in a single program message string...

Page 56: ... data In GPIB mode the GPIB hardware handshake lines prevents new data from being received In Serial mode because there is no hardware handshaking new data will be received into the input buffer but will not be acted upon until processing of the current message is completed When the entire message string has been processed the System transmits the response s separated by semicolons if there was mo...

Page 57: ...emote Command Set on page 4 10 and or the IEEE 488 2 standard Reading the ESR register also clears it If a command or query error occurs succeeding program message units in that same string are not processed When initially developing a program it is recommended that ESR queries be liberally interspersed between commands If the response is 0 it indicates that no error exists and the program can saf...

Page 58: ... commands separated by semicolons helps to eliminate potential delays in the control program See Syntax page 4 3 The System processes multiple program message units in the same message without wait ing between them For example the multiple command message SETP 25 LLIM 30 ULIM 90 LF ESR LF executes more quickly than SETP 25 LF LLIM 30 LF ULIM 90 LF ESR LF ...

Page 59: ...ual 4 7 Section F IEEE 488 2 Interface Set Bus Address The IEEE 488 interface requires the following settings Address is set on the Configure System Screen see Chapter 3 for more information on the Configure System Screen Use the GPIB Address button to set a unique address for each device on the bus ...

Page 60: ...string terminated by a line feed to send to the Host The message available bit in the serial status byte is always sent as 0 NOTES allow a 50 mSec delay between commands when using this configuration take care not to overflow the 250 byte input buffer Serial Interface Parameters The Serial interface parameters are as follows Pin Number Function Signal Level Shell Chassis ground 1 2 Serial data out...

Page 61: ...in 9 Pin ATS 515 525 ATS 615 625 Interface Applications Manual 4 9 Serial Cables 25 Pin 9 Pin 25 Pin PC to ATS 515 525 ATS 615 625 9 Pin PC to ATS 615 525 ATS 525 625 NOTE The above cables are not compatible with TP4500 or earlier remote communications ...

Page 62: ...S 515 525 ATS 615 625 Interface Applications Manual Section H Remote Command Set Remote Commands Overview In this Section The following topics are covered in this Section Topic See Page IEEE Mandatory Commands 11 RS 232C Serial Commands 13 Device Specific Commands 14 ...

Page 63: ...reen NOTE Any device specific errors are reset If the system was in Program mode the software configuration file and the presently chosen test setup including setpoints are loaded from memory If the system was already in Manual mode the present configuration setup and setpoint information are left unchanged NOTE After sending this command wait 4 seconds before sending another command serial poll R...

Page 64: ...tus MSS bit bit 5 standard event status ESB summary bit bit 4 message available MAV GPIB only always 0 for RS 232 bit 3 temperature event TESR summary bit bit 2 device specific error EROR summary bit bit 1 not used always 0 bit 0 not used always 0 TST Self test dummy always returns 0 meaning passed OPC Not implemented OPC Not implemented WAI Not implemented Command Description ...

Page 65: ...te by performing a serial poll bit 7 ready bit 6 request for service RQS bit 5 standard event status ESB summary bit bit 4 message available MAV always 0 for RS 232 bit 3 temperature event TESR summary bit bit 2 device specific error EROR summary bit bit 1 not used always 0 bit 0 not used always 0 NOTE The request for service flag bit 6 is automatically reset when a serial poll is performed Device...

Page 66: ...he CFIL command to save your current setup file CLER Clear device specific reported by EROR errors NOTE After sending this command wait 4 seconds before sending another command COOL Turn the compressor on or off COOL 1 turn the compressor on COOL 0 turn the compressor off NOTE There is a 60 second delay between the time that the compressor is turned on and the System is ready to operate COOL Read ...

Page 67: ...rn DUT mode on or off DUTM 0 off air control DUTM 1 on DUT control DUTM Read DUT mode on off state NOTE The DUT mode state also appears as a bit in AUXC EROR Read the device specific error register 16 bits bit 15 reserved bit 14 no DUT sensor selected bit 13 reserved bit 12 BVRAM fault bit 11 NVRAM fault bit 10 No Line Sense bit 9 flow sensor hardware error bit 8 reserved bit 7 internal error bit ...

Page 68: ... with current DUT control parameters LRNM 1 automatic tuning on NOTE LRNM 0 is equivalent to DTYP 0 LRNM 1 is equivalent to DTYP 1 LRNM Read the setting of LRNM NEXT Step to the next setpoint during temperature cycling NOTE Stepping occurs whether or not the device is at temperature NEXT causes an error if the system is not in cycling mode RAMP Set the ramp rate for the currently selected setpoint...

Page 69: ...nt SOAK nnnn where nnnn is 0 9999 seconds SOAK Read the soak time for the currently selected setpoint STND Raise or lower the test head same as HEAD STND 1 put head down STND 0 put head up NOTE Sending this command when the head is locked will NOT cause an error but the head will not actually move TECR Read the temperature event condition register bit 7 not used bit 6 not used bit 5 stopped cyclin...

Page 70: ...T temperature whether in air or DUT control modes TTIM Set the maximum allowable test time TTIM nnnn where nnnn is 0 9999 seconds NOTE Setting a test time prevents the System from staying at one setpoint forever during cycling if a NEXT command or MCT interface end of test pulse is not received TTIM Read the maximum test time ULIM Set the upper air temperature limit ULIM nnn where nnn is 25 to 225...

Page 71: ... R E M O T E I N T E R F A C E S MCT Interface ATS 515 525 ATS 615 625 Interface Applications Manual 4 19 Section I MCT Interface MCT Interface ...

Page 72: ...nector Pin Outs Pin Signals Functions 1 STOP FIRST FAIL An input pulse as short as 100 msec that signals the THERMOSTREAM when in cycle mode to abort temperature cycling The THERMOSTREAM changes from CYCLE mode to COMPLETE 10 START TEST READY TO TEST An output 120 to 150 msec pulse from the THERMOSTREAM Signals that the THERMOSTREAM is cycling to the next setpoint 11 TESTER VCC 7 to 24 Vdc 12 TEST...

Page 73: ...lications Manual A 1 LQ7 67 7KHUPDO 6ROXWLRQV A Materials Safety Data Sheets MSDS Overview Introduction The Materials Safety Data Sheets MSDS for storing handling or disposing the chemicals used in the System are presented in this Chapter ...

Page 74: ...MSDS Overview A 2 ATS 515 525 ATS 615 625 Interface Applications Manual ...

Page 75: ...67 SHT 1 of 10 File 17037BA A17037 Rev A 1 LMS170370 MSDS for TEMPTRONIC HFC REFRIGERANT BLEND NON CFC AND NON HCFC Material Safety Data Sheet For Temptronic HFC Refrigerant Blend Temptronic Stock Numbers CS168290 History Revisions Rev Date Revision Description Author Signature A 12 10 03 Releasing B Kelso B Kelso ...

Page 76: ...ny Identification HFC Refrigerant Blend is a Proprietary Mixture of the Following Components Product Name and Numbers HFC 236 fa CAS Number 690 39 1 Formula CF3 CH2 CF3 CAS Name 1 1 1 3 3 3 Hexafluoropropane HFC 23 CAS Number 75 46 7 Formula CHF3 CAS Name Trifluoromethane Halocarbon 14 CAS Number 75 73 0 Formula CF4 CAS Name Tetrafluoromethane Company Identification Manufacturer of Blend Distribut...

Page 77: ...rate inhalation may cause death without warning Vapor reduces oxygen available for breathing and is heavier than air Gross overexposure possibly temporary alteration of the heart s electrical activity with irregular pulse palpitations or inadequate circulation Individuals with preexisting diseases of the central nervous or cardiovascular system may have increased susceptibility to the toxicity of ...

Page 78: ...re under fire conditions due to high pressure Decomposition may occur Contact of welding or soldering torch flame with high concentrations of refrigerant can result in visible changes in the size and color of torch flame This flame effect will only occur in concentrations of product well above the recommended the exposure limits therefore stop all work and ventilate to disperse refrigerant vapors ...

Page 79: ...before proceeding with clean up Use appropriate PERSONAL PROTECTIVE EQUIPMENT during clean up Ventilate area especially low or enclosed places where heavy vapors might collect Remove open flame Evacuate enclosed spaces until gas is dispersed Keep upwind Section 7 Handling and Storage Handling Avoid breathing vapors or mist Avoid contact with eyes or skin or clothing Wash thoroughly after handling ...

Page 80: ...l Protective Equipment Wear impervious clothing such as gloves apron boots or whole bodysuit as appropriate Wear Chemical splash goggles or safety glasses Wear NIOSH approved respiratory protection as appropriate Exposure Guidelines Exposure Limits TLV ACGIH PEL OSHA WEEL Workplace environmental exposure level HFC 236fa None Established None Established 1000 ppm TWA 8 hr HFC 23 None Established No...

Page 81: ...ure 529 psig 45 6C 50 1F Vapor density 3 03 Air 1 Freezing point 186 7C 304 2 F Boiling point 127 9C 198 2F Solubility in water 0 0015 wt 25C 77F Section 10 Stability and Reactivity Stability All components in this blend are chemically stable under specified conditions or storage shipment and or use Conditions to Avoid Avoid open flames and high temperatures Incompatibility Avoid contact with hydr...

Page 82: ...ed however limited information obtained from studies on developmental toxicity do not indicate adverse effects on female reproductive performance Tests have shown that HFC 236fa does not cause genetic damage in bacterial or mammalian cell cultures No animal data are available to define carcinogenic effects of HFC 236fa CAS No 75 46 7 HFC 23 Animal Data Inhalation 4 hr LC50 663 000 ppm in rats HFC ...

Page 83: ...ficient environments The symptoms experienced by overexposed animals would be similar to those described for exposed humans No adverse effect is anticipated to occur to plant life except for frost produced in presence of rapidly expanding gas Effect of Chemical on Aquatic Life No Evidence is currently available on the effects of these refrigerants on aquatic life Section 13 Disposal Considerations...

Page 84: ...duct Hazard Categories Lists Acute Yes Extremely Hazards Substance No Chronic No Cercla Hazards Substance No Fire No Toxic Chemical No Reactivity No Pressure Yes Halocarbon 14 CAS Number 75 73 0 Product Hazard Categories Lists Acute Yes Extremely Hazards Substance No Chronic No Cercla Hazards Substance No Fire No Toxic Chemical No Reactivity No Pressure Yes Section 16 Other Information NPCA HMIS R...

Page 85: ..._____________________________________ Section 2 Composition Information on Ingredients ___________________________________________________________________ Hazardous Ingredients This material has no known hazards under applicable laws ___________________________________________________________________ Section 3 Hazards Identification _________________________________________________________________...

Page 86: ...XPLOSION DATA Material does not have explosive properties ___________________________________________________________________ Section 6 Accidental Release Measures ___________________________________________________________________ SPILL PROCEDURES Personal protective equipment must be worn see Personal Protection Section for PPE recommendations Ventilate area if spilled in confined space or other...

Page 87: ...OR PRESSURE Not determined EVAPORATION RATE Not deter mined ___________________________________________________________________ Section 10 Stability and Reactivity ___________________________________________________________________ Stability Material is normally stable at moderately elevated temperatures and pressures Polymerization Will not occur Incompatibility Strong oxidizers caustic or acidic...

Page 88: ...___________________________________________________ CHRONIC TOXICITY No data available to indicate product or components present at greater than 1 are chronic health hazards CARCINOGENICITY No data available to indicate product or components present at greater than 0 1 may present a carcinogenic hazard MUTAGENICITY The Ames Salmonella test for mutagenicity was negative for this product REPRODUCTIV...

Page 89: ...tion ___________________________________________________________________ U S DOT BULK SHIPPING DESCRIPTION Not applicable U S DOT NON BULK SHIPPING DESCRIPTION Not applicable IMDG SHIPPING DESCRIPTION Not applicable ICAO SHIPPING DESCRIPTION Not applicable ADR RID HAZARD CLASS Not applicable ___________________________________________________________________ Section 15 Regulatory Information _____...

Page 90: ...pan AUSTRALIA May require notification before sale under Australia regulations CANADA May require notification before sale under Cana dian regulations CANADIAN FUEL REGISTR Not applicable SWITZERLAND All components are in compliance with the Envi ronmentally Hazardous Substance Ordinance in Switzerland KOREA May require notification before sale in Korea KOREAN FUEL REGISTR Not applicable PHILIPPIN...

Page 91: ...Header Rev Dt Materials Safety Data Sheets Header Title Manual POE_msds fm Page 7 NOTES ...

Page 92: ...HEMTREC 1 703 527 3887 2 COMPOSITION INFORMATION ON INGREDIENTS INGREDIENT CAS No WEIGHT ACGIH TLV TWA OSHA PEL TWA UNITS Silicon oxide synthetic 7631 86 9 50 10 I 3 R 15 TD 5 R mg m Aluminum oxide non fibrous 1344 28 1 30 10 15 TD 5 R mg m Sodium oxide 1313 59 3 30 N E N E N A Magnesium oxide 1309 48 4 5 10 as Fu 15 as Fu Total Particulate mg m Abbreviations N A Not Applicable N E None Establishe...

Page 93: ... contact is prolonged Inhalation Exposure to dust particles generated from this material may cause irritation of the respiratory tract Target Organ Prolonged or repeated inhalation of dust may cause lung injury Carcinogenicity Classification International Agency for Research on Cancer IARC Silicon oxide synthetic Unclassifiable as to carcinogenicity in humans Group 3 U S National Toxicology Progra...

Page 94: ... material of a hazardous nature Identify that material and treat symptomatically 5 FIRE FIGHTING MEASURES 5 1 Suitable extinguishing media Non combustible Use extinguishing media for surrounding fire 5 2 Unsuitable extinguishing media N A 5 3 Fire and explosion hazards The product itself does not burn The used product can retain material of a hazardous nature Identify that material and inform the ...

Page 95: ...ceiving static shocks A copy of UOP s booklet Precautions and Safe Practices for Handling Molecular Sieves in Process Units M 100C can be obtained from your UOP representative at no cost 7 2 Storage Store in original container Keep in a dry place 8 EXPOSURE CONTROLS PERSONAL PROTECTION 8 1 Engineering measures Ensure adequate ventilation especially in confined areas 8 2 Personal protection equipme...

Page 96: ...STABILITY 10 1 Stability Stable 10 2 Hazardous decomposition products No decomposition if used as directed Hydrocarbons and other materials that contact the product during normal use can be retained on the product It is reasonable to expect that decomposition products will come from these retained materials of use 10 3 Conditions Materials to avoid Sudden contact with high concentrations of chemic...

Page 97: ...ic 11 3 Routes of exposure Exposure may occur via inhalation contact with skin and eyes 11 4 Irritation Skin rabbit Not classified as a skin irritant in animal testing Eye rabbit Not classified as an eye irritant in animal testing 11 5 Additional product information The toxicological data has been taken from products of similar composition 11 6 Additional component information No data available __...

Page 98: ...y or toxicity Materials of a hazardous nature that contact the product during normal use may be retained on this product The user of the product must identify the hazards associated with the retained material in order to assess the waste disposal options 14 TRANSPORT INFORMATION 14 1 Proper shipping name Not applicable 14 2 UN No N A Packing group N A 14 3 U S DOT Not regulated DOT Shipping name N...

Page 99: ...e Threshold Planning Quantity TPQ None Section 313 Toxic Chemicals The following component s have been specified as Toxic Chemicals under SARA Section 313 and may be subject to the Toxic Release Inventory TRI reporting requirements under 40 CFR 372 None The following components are listed in U S State Regulations State Reg Reference Component s California Proposition 65 None Massachusetts Right To...

Page 100: ...List European Union EU European Inventory of Existing Commercial Chemical Substances All components of this product are included in EINECS ELINCS Council of European Communities Directive on Classification Packaging and Labelling of Dangerous Substances Preparation 67 548 EEC 88 379 EEC No Dangerous Goods Label Required ______________________________________________________________________________...

Page 101: ...contact the following number 24 Hour EMERGENCY NUMBER UOP LLC 1 847 391 2123 The data and recommendations presented in this data sheet concerning the use of our product and the materials contained therein are believed to be accurate and are based on information which is considered reliable as of the date hereof However the customer should determine the suitability of such materials for his purpose...

Page 102: ...800 533 4511 Discovery Aluminas Inc 3502 South Riverview Drive Port Allen LA 70767 Tel 1 504 389 9945 Malakoff Industries Inc PO Box 487 Highway 31 West Malakoff Texas 75148 Tel 1 903 489 1910 Information department Product Information Recycling of activated aluminas 1 318 336 9601 Emergency Information USA Chemtrec 1 703 527 3887 1 800 424 9300 ALCOA 1 412 553 4001 2 Composition Data on component...

Page 103: ...ap and water for at least 15 minutes Consult a physician After eye contact Immediately flush eyes with plenty of water for at least 15 minutes Consult a physician After swallowing Do not induce vomiting Never give anything by mouth to a convulsing or unconscious person If swallowed dilute by drinking large amounts of water Consult a physician 5 Fire fighting measures Suitable extinguishing agents ...

Page 104: ...oring at the workplace 1333 84 2 Aluminum oxide non fibrous ACGIH TLV OSHA PEL 10 mg m 15 total 5 respirable mg m Personal protective equipment General protective and hygienic measures Do not inhale dust Avoid contact with the eyes Breathing equipment Use suitable respiratory protection in case of insufficient ventilation Short term filter device Filter NIOSH N95 Protection of hands Impervious glo...

Page 105: ...ld irritation On the eye Can cause mild irritation Inhalation Can cause mild upper respiratory tract irritation Ingestion Can cause mild irritation 12 Ecological information General notes Generally not hazardous for water 13 Disposal considerations Product Recommendation Collect in containers bags or covered dumpster boxes If reuse or recycling is not possible material may be disposed of at an ind...

Page 106: ...y not hazardous for water International Regulations CANADIAN DOMESTIC SUBSTANCES LIST All components of this product are listed on the Canadian DSL AUSTRALIAN INVENTORY OF CHEMICAL SUBSTANCES All components of this product are listed on the AICS Japan Existing and New Chemical Substances ENCS All components of this product are listed on ENCS 16 Other information This information is based on our pr...

Page 107: ...Existing and New Chemical Substances EWC European Waste Catalogue EPA Environmental Protective Agency IARC International Agency for Research on Cancer LC Lethal Concentration LD Lethal Dose MAK Maximum Workplace Concentration Germany maximale Arbeitsplatz Konzentration NDSL Non Domestic Substances List Canada NIOSH National Institute for Occupational Safety and Health NTP National Toxicology Progr...

Page 108: ......

Page 109: ...to 1 5 l s ECO Friendly Feature Heat Only Mode reduces power usage when cold temperatures are not used Fully Adjustable Thermal Head TEMPERATURE CONTROL Temperature Display Resolution 0 1 C Temperature Accuracy 1 0 C when calibrated against NIST standard DUT Temperature Control proprietary control algorithm enables proprietary control algorithm enables DUT temperature to be directly controlled DUT...

Page 110: ...cifypowerconngurationwithorder 3 Underoperatingconditionswhicharegreaterorlessthannominal performancemaybelessthanspeciicationprovided Facility Requirements HCFC and CFC free non toxic non flammable Auto diagnostics and field replaceable modules 230 C factory set Operator can set high and low air temperature limits Refrigerants Serviceability Over Temperature Protection Service and Safety Weights ...

Page 111: ...re Heat Only Mode reduces power usage when cold temperatures are not used Fully Adjustable Thermal Head TEMPERATURE CONTROL Temperature Display Resolution 0 1 C Temperature Accuracy 1 0 C when calibrated against NIST standard DUT Temperature Control proprietary control algorithm enables proprietary control algorithm enables DUT temperature to be directly controlled DUT Sensor Ports thermocouples t...

Page 112: ...cifypowerconngurationwithorder 3 Underoperatingconditionswhicharegreaterorlessthannominal performancemaybelessthanspeciicationprovided Facility Requirements HCFC and CFC free non toxic non flammable Auto diagnostics and field replaceable modules 230 C factory set Operator can set high and low air temperature limits Refrigerants Serviceability Over Temperature Protection Service and Safety Weights ...

Page 113: ...riendly Feature Heat Only Mode reduces power usage when cold temperatures are not used Fully Adjustable Thermal Head TEMPERATURE CONTROL Temperature Display Resolution 0 1 C Temperature Accuracy 1 0 C when calibrated against NIST standard DUT Temperature Control proprietary control algorithm enables proprietary control algorithm enables DUT temperature to be directly controlled DUT Sensor Ports th...

Page 114: ...minal 20 to 28 C 23 C nominal 0 to 60 45 nominal Power2 Compressed Air3 Clean Dry Air CDA Air Supply Pressure Total Air Flow Rate Required Air Supply Temperature Operating Environmen Operating Environment3 Operating Temperature Humidity 2 Systemisconnguredforoperationwithinvoltageslistedabove Pleasespecifypowerconngurationwithorder 3 Underoperatingconditionswhicharegreaterorlessthannominal perform...

Page 115: ... reduces power usage when cold temperatures are not used Fully Adjustable Thermal Head TEMPERATURE CONTROL Temperature Display Resolution 0 1 C Temperature Accuracy 1 0 C when calibrated against NIST standard DUT Temperature Control proprietary control algorithm enables proprietary control algorithm enables DUT temperature to be directly controlled DUT Sensor Ports thermocouples type T K PERFORMAN...

Page 116: ...ionwithorder 3 Underoperatingconditionswhicharegreaterorlessthannominal performancemaybelessthanspeciicationprovided Facility Requirements HCFC and CFC free non toxic non flammable Auto diagnostics and field replaceable modules 230 C factory set Operator can set high and low air temperature limits Refrigerants Serviceability Over Temperature Protection Service and Safety Weights and Dimensions Con...

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