Ametek TR-2100 Operation Manual
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Ametek TR-2100 Operation Manual

Ametek TR-2100 Operation Manual

Multi - function recorder
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Multi - Function Recorder
AMETEK Power Instruments
255 N. Union Street
Rochester, New York 14605
TR-2100
Operation Manual
Document No. 1086-816
Revision A
Tel: (800) 881-4156
Fax: (585) 238-4945
Web: www.rochester.com

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  • Page 1 TR-2100 Multi - Function Recorder Operation Manual Document No. 1086-816 Revision A AMETEK Power Instruments Tel: (800) 881-4156 255 N. Union Street Fax: (585) 238-4945 Rochester, New York 14605 Web: www.rochester.com...

  • Page 3: Table Of Contents

    Table of Contents OVERVIEW ......................1 Triggered Records ..................... 2 Display Station....................3 1 INTRODUCTION ....................5 Input Connections ....................5 Recording Functions ..................5 Hard Disk Storage....................8 Network Capability ..................... 9 Printing....................... 9 Event Log......................9 2 HARDWARE DESCRIPTION ................11 Top Tray ......................
  • Page 4 Status Output Connections ................22 Auxiliary Connections ..................23 Applying Power to the TR-2100 ............... 27 4 HARDWARE CONFIGURATION ..............29 Cross Triggering ....................30 5 CALIBRATION ....................33 Introduction ...................... 33 TR-2100 Calibration – Main Window ............... 34 CT Phase Correction ..................40 6 MAINTENANCE ....................
  • Page 5 DNP Data Objects ................... 80 DNP v3.00 Device Profile Document ............... 81 The TR-2100 Implementation ................83 Point List ......................83 DNP Configuration ................... 86 APPENDIX IV – TROUBLESHOOTING............. 89 APPENDIX V – SYSTEM DRAWINGS............... 93...

  • Page 7: Overview

    A flexible reporting scheme enables the right information to be sent to the right person at the right time. Because the TR-2100 can be locked to a universal time standard, differential phase triggering can be implemented and network wide state determinations can be made.

  • Page 8: Triggered Records

    RMS value every minute. The maximum, minimum and average frequency of two selected channels is also recorded. The TR-2100 is fitted with a large hard drive and this log will save data for 52 weeks before the data is overwritten. Selected blocks of data can be downloaded from the TR-2100 for graphical display.

  • Page 9: Display Station

    Display Station Display Station is a software application that runs on a standard Windows 95/98/NT based PC. This provides a communication link to all TR-2100, TR-100, and DL8000 monitors via an RS232 port, LAN, dial up modem, or WAN. All the recorder parameters can be updated remotely, and the analogue signals and digital status can be viewed on line.
  • Page 10 TR-2100 User Manual...

  • Page 11: Introduction

    The power source can be AC or DC, and must be specified at the time of order. The TR-2100 can be specified to have 8, 16, 24 or 32 analogue inputs and up to 160 digital inputs. The size of the cabinet depends on the combination of analogue and digital inputs requested.
  • Page 12 • Power Quality monitor The parameters that define Power Quality are recorded by the TR-2100, and then processed and viewed by applications running on a PC. These include: Voltage & frequency profiles Voltage dips &...
  • Page 13 TR-2100 User Manual • Sequence of Events Recorder All transitions on the digital inputs of the TR-2100 are recorded and can be displayed with a disturbance or logger record. The time resolution is 1 ms. Input point and time filtering are available to limit the number of events displayed.

  • Page 14: Hard Disk Storage

    Hard Disk Storage The TR-2100 is fitted with a hard disk drive. This provides a large non-volatile data storage capacity for transient and disturbance fault records. It also stores the disturbance and long- term logger data. The disturbance logger stores RMS and phasor information for every channel for up to 2 weeks.

  • Page 15: Network Capability

    Event Log The TR-2100 maintains a log of event and error messages, which may be read by Display Station. If an internal error is detected during a self-test, a message is sent to the printer (if one is attached) and placed in the event log. The red 'Attention' LED and relay are then...
  • Page 16 TR-2100 User Manual...

  • Page 17: Hardware Description

    The front panel of the chassis may be released by unscrewing the two screws at the top of the panel. When the panel is opened the internal architecture of the TR-2100 may be seen. The system is based on a number of horizontal steel trays that slide into tracks in two high- density polyethylene side plates, making service and maintenance of the TR-2100 very easy.

  • Page 18: Top Tray

    TR-2100 User Manual Figure 3 Internal view of TR2000 The top tray houses the processor and acquisition board and the power supply, while the bottom tray(s) holds the input conditioning board(s). Top Tray On the top (or processor) tray, the middle board is the Pentium processor board and the top board is the acquisition board.

  • Page 19: Bottom Tray

    TR-2100 User Manual Bottom Tray The bottom tray(s) hold the input boards, which contain the signal conditioning components for the analogue and digital input channels and the status relay outputs. It is connected to the acquisition board by two ribbon cables. The large central one is for the analogue and digital data signals, the smaller left hand one is for the status outputs and for programming the FPGAs on the input boards.
  • Page 20 Disk Fault The TR-2100 uses a 3½” IDE disk drive to store all of its data. The system RAM is used as a buffer area for fault data. When a record is complete, the data is transferred to the disk.

  • Page 21: Test Button

    • There is a major difference between two sensors Test Button The 'Test' button on the front panel may be used at any time to check that the TR-2100 is operating correctly. When the button is pressed, a series of internal tests are performed and a manual trigger is performed.

  • Page 22: Printer

    Printout Format The TR-2100 logo is printed at the top, and then followed by the record header with the machine location, trigger type, and time/date. This is followed by the configuration of the analogue and digital channels and phase groups. The trigger levels for all enabled modes are...

  • Page 23: Fax

    TR-2100 User Manual It is possible to set the TR-2100 to automatically send a fax of the fault record when the system is triggered. This allows users that do not have direct access to Display Station (i.e. maintenance) to be made aware of the fault. This feature is functional if the data modem used for normal communication with Display Station is compatible with Group 3 fax transmission.
  • Page 24 TR-2100 User Manual...

  • Page 25: Installation

    TR-2100 User Manual 3 Installation The TR-2100 is available in a rack mount, a wall mount or a portable enclosure. All main supply, input and output connections are via screw terminals at the rear of the case. Communications, printer and other auxiliary connectors are also on the rear panel. The only exception is the program plug, which is for temporary use and is on the front panel.

  • Page 26: Power Supply Connection

    The maximum wire size that the terminals will accept is 4 mm (12 AWG). There is one 6 mm earth stud at the rear of the TR-2100. The stud must be connected to a main system earth with a suitable braided ground cable. This is required to ensure the safe operation of the TR-2100.
  • Page 27 1 Amp or 5 Amp secondary winding of a protection CT. In the latter case, a burden resistor is fitted either inside the TR-2100 or on the CT module. The CT ratio and burden resistor value are chosen to suit the maximum short circuit current level and protection CT ratio.

  • Page 28: Status Output Connections

    TR-2100 User Manual Digital Inputs There can be between 16 and 160 digital inputs. These are normally used for monitoring the operation of protection relays and switchgear via auxiliary contacts. The digital inputs must have a DC power supply connected externally and the voltage must be as specified in the System Drawings in Appendix V.

  • Page 29: Auxiliary Connections

    An accurate 1 pulse per second (1 PPS) signal is provided on the optical port at the rear of the TR-2100. The 1 PPS output from the master recorder is connected to all the others via low cost fiber optic cable to provide the time reference. A second port is also provided to...
  • Page 30 TR-2100 User Manual To distribute the one second pulse, the optical cables are ‘daisy chained’ together. The 1 PPS optical Output from the master recorder (with the GPS receiver) is connected to the next recorder’s Input. Its Output is connected to the next Input and so on. Any number of recorders can be linked in this manner.
  • Page 31 Power for this is supplied up the same co-ax cable. The standard cable length supplied with the TR-2100 is 20 meters. If a longer cable is required, lower loss cable may need to be used with a higher gain antenna.
  • Page 32 TR-2100 User Manual Hardware Configuration If the TR2100 is to be set up as a Master unit, then set SW1 switch 6 to ON (GPS receiver present) and SW1 switch 7 to OFF (Master). SW2 switch 1 should be set to OFF (serial clock on COM2 disabled).

  • Page 33: Applying Power To The Tr-2100

    It is moved to the right to turn on the TR-2100. When the TR-2100 is switched on, it performs a series of internal self tests to check the processor, the memory and the acquisition system. This takes about 30 seconds after which, if no fault is found, the TR-2100 will illuminate the green 'On line' lamp and start acquiring data.
  • Page 34 TR-2100 User Manual...

  • Page 35: Hardware Configuration

    TR-2100 User Manual 4 Hardware Configuration The TR-2100 is available in many configurations with various user defined options. The values set for this machine at time of delivery can be found on the User Specification sheet and the System Drawings in Appendix V of this manual. The TR-2100 hardware configuration is set through two sets of 8 DIP switches on the acquisition board.

  • Page 36: Cross Triggering

    TR-2100 User Manual Cross Triggering Any number of TR-2100 recorders may be coupled together to form a system with any number of inputs (in multiples of 8, 16, 24, or 32 analogue inputs). This system uses the 'Triggered' status relay outputs and digital input 15 of each recorder. They are connected as...
  • Page 37 TR-2100 User Manual The originating recorder will have a normal cause of trigger, but the others will show 'Cross- trigger' to identify the source of the original trigger. When the fault records are downloaded to Display Station, they may be viewed and printed individually.
  • Page 38 TR-2100 User Manual...

  • Page 39: Calibration

    DS32. TR-2100 Input Boards The TR-2100 has a separate analogue input board for each 8 analogue input channels; i.e. a 32-channel system has 4 analogue input boards. Each analogue input board contains a small non-volatile memory (EEPROM). This device is read when the TR-2100 is initialised. The calibration values for that board are read from the EEPROM and stored in the memory of the TR-2100.

  • Page 40: Tr-2100 Calibration - Main Window

    DIP switches in the TR-2100 (see chapter 4). Connect the Com port on the PC to the connector at the front left of the TR-2100 using the ‘null modem’ cable provided with the recorder.
  • Page 41 The actual bits value is what the analogue to digital converter has provided to the TR-2100. The actual value that the TR-2100 will end up reporting is the value in the resultant bits column. This is the value that is required to be as near as possible to 0. The value in the card offset field is the actual offset value which will be sent to the input board when it is updated.
  • Page 42 TR-2100 User Manual Once any adjust button has been pressed, a command is sent to the TR-2100 that updates offset values in the memory of the TR-2100. Although the TR-2100 has its local values updated, the actual EEPROM has not been updated at this stage. The process of writing to the EEPROM is a slow process.
  • Page 43 Therefore, a test current of 8.000mA would be acceptable The TR-2100 can be calibrated using a DC or AC signal. The input channels of a TR-2100 are defined as either AC (transformer) or DC (transducer). This indicates the type of input signal and NOT the type of coupling.
  • Page 44 The card gain field gives a number between 0 and 2.0 that represents the gain applied to the actual amplitude. The resultant amplitude is the final value that will be reported by the TR-2100. This field should end up close to the expected amplitude.
  • Page 45 TR-2100 User Manual Answer “Yes” to this question if all the adjustments for the card have been made and the card has been successfully calibrated. The actual process of writing to the card will take approximately 90 sec for each input board. Once the values on the display start moving again, the card has been updated.

  • Page 46: Ct Phase Correction

    Enter the value and Setup the TR-2100. Now, check that the angle difference is zero or that the reactive power (Q) is zero using the method described above.

  • Page 47: Maintenance

    TR-2100 User Manual 6 Maintenance The TR-2100 is designed for the rigors of an industrial environment; however the unit requires a minimal amount of regular and preventative maintenance. Fans The system uses two cooling fans, one at the rear of the chassis and one at the front, which include mesh filters that should be checked regularly.
  • Page 48 HANDLING TECHNIQUES SHOULD BE FOLLOWED. Adjustment Procedure: 1. To open the front panel of the TR-2100 unit, use the two screws at the top. Locate the white connector on the CPU card, see Figure 9, this is where you will monitor your five volts DC.
  • Page 49 Select to update the remote recorder’s configuration. If possible, have the computer (running DS32/DSA32) call into the TR-2100 by modem, to verify that the TR-2100’s modem has been initialized correctly. 13. Make sure that the unit still has the correct parameters, and will trigger and...
  • Page 50 TR-2100 User Manual Primary Power Input Figure 8 Primary Power Input Bracket Bracket Ribbon White Cables Connector Figure 9 Chassis Internals...
  • Page 51 TR-2100 User Manual Figure 10 Sliding Out CPU Assembly Potentiometer Figure 11 PSU Potentiometer...

  • Page 52: Hardware Settings

    TR-2100 User Manual Hardware Settings Acquisition Board Configuration Switches Set-up the acquisition board configuration switches as shown below. Reference the System Drawings for number of channels and options to be enabled. Bank 1 Table 7 Table 8 Switch Function Switch 3...
  • Page 53 TR-2100 User Manual Digital Input Resistor Table If necessary, the Digital Inputs can be changed to accept a different voltage level. For the Analogue Input boards the digital inputs use Resistors R9000 – R9015. For the Digital-only Input boards the digital inputs use resistors R1 – R32. Reference the Input Module schematics for resistor locations and change the value to match the Digital input voltage.
  • Page 54 TR-2100 User Manual Figure 12 Analogue Input Board Jumpers...
  • Page 55 TR-2100 User Manual Digital-only Input Board Jumper Locations Set the Digital-only Input Board configuration jumpers per Table 15. Refer to Error! Reference source not found. for the location of each configuration jumper. Table 15 Board No. Extra Digital Channels DIG BRD SEL 0...

  • Page 56: Hard Drive Format Procedure

    Setting Up the Terminal Program The TR-2100 Local RS-232 port can be set for 57600 or 11500 baud by switch SW2-3 on the master acquisition module. If the switch is off, the Local RS-232 port is set for 57600 baud.
  • Page 57 This includes Harmonic Logs, Trend Logs, and the standard TR events. Attach one end of the TR-2100 direct connect cable (AMETEK P/N 1077- 271) to the computer’s unused RS-232 port and the other end to the TR- 2100’s Local RS-232 port (found on the front panel).
  • Page 58 Set “Connect using” to “Direct to Com*”, where * is the number of the RS- 232 port on the computer that is connected to the TR-2100. For our example, we have it set for Comm port 2 (This could also be Direct to Com1, Direct to Com3, or Direct to Com4).
  • Page 59 You will get a reply that will contain a complete configuration of the system, followed by a CLI> prompt from the TR-2100 if a connection is made (see the following screen). If you do not get a response, then your...
  • Page 60 The rest of this procedure is not mandatory, but should be followed to make sure the unit is working correctly. Start DS32 and establish a connection to the TR-2100. Go into the Configuration window. The program may prompt you to update the Recorder or Local configuration (next screen). Select...
  • Page 61 TR-2100 User Manual Create an event and retrieve it. If possible, have the computer call into the TR-2100 and retrieve an event.

  • Page 62: Installing Ne2000 Compliant Network Cards

    Make sure you have the appropriate network connectors available at the back panel of the TR-2100 unit, depending whether you need RJ-45 or Coaxial. If you don’t see what you need on the back panel, it is recommended that you call Ametek Technical Support.

  • Page 63: Acquisition Card Change-Out Procedure

    AND HANDLING TECHNIQUES MUST BE FOLLOWED. Change-out Procedure Hook up your computer to the front port of the TR-2100 and connect to the unit using DS32. After communications is set up, make sure you have a current configuration of the TR-2100. Also, make sure that you have downloaded any events that you may need.
  • Page 64 Set up a direct connection using DS32 software on your computer to the front port of the TR-2100. When setting up communications, the program may prompt you to update the Computer’s / recorder’s local configuration. If so, select “Update the Remote’s configuration”.

  • Page 65: Converting An Analog Channel From V/I Or I/V

    TR-2100 User Manual Converting an Analog Channel from V/I or I/V If a channel in the TR-2100 is to be changed from voltage to current, current to voltage, (or other) the following information should be noted. • Voltage channels have a maximum input of 212.12 Volts AC RMS, 300 Volts Peak, or 300 Volts DC.
  • Page 66 TR-2100 User Manual Figure 14 3. Open the front panel of the TR-2100 unit using the two top screws, and then turn the power switch (located in front of the Hard drive) OFF. 4. Next, remove the two white holding bars on either side of the unit. Continue by removing the gray ribbon cables attached to the Analogue input cards.
  • Page 67 TR-2100 User Manual 7. Locate the correct jumper and move it ON or OFF as needed to set up the channel correctly. Figure 15 Analogue Input Board Jumpers Jumper References For Voltage input (212.12 V AC RMS) jumper is fitted in position JP0.
  • Page 68 Record. This can easily be done without recalibrating the unit. Using DS32 software, change the Configuration (Full Scale of any channel) of the TR-2100. Note that the new configuration change must be downloaded before it will take affect.

  • Page 69: Appendix I - Tr-2100 Specifications

    TR-2100 User Manual Appendix I - TR-2100 Specifications Inputs No. of channels 8, 16, 24 or 32 Analogue 16 - 160 Digital Unlimited number of channels by cross-triggering systems Voltage inputs 57 – 120V RMS typical Other options available Current inputs...

  • Page 70: Recording (Transient)

    TR-2100 User Manual Recording (Transient) Recording resolution 16 bits (65536 levels) Dynamic range 96.3 dB Recording accuracy +/- 1 LSB Sample rate Up to 19,200 per sec. at 50 Hz Up to 23,040 per sec. at 60 Hz COMTRADE rates supported...

  • Page 71: Fault Profile (Transient)

    TR-2100 User Manual Fault Profile (Transient) Measured Values Fault duration, triggered channel Pre, during and post fault values per channel Maximum & minimum values per channel Selected digital channel timing Recording (Disturbance) Sample rate 2 x supply frequency (100/120 Hz) Pre-fault 10 sec.
  • Page 72 TR-2100 User Manual Harmonic log Maximum, minimum & average amplitude and phase angle per channel up to 64 harmonic Flicker log Pst value per phase for 1 line group every 10 minutes, to IEC 1000-4-15 Imbalance log Maximum, minimum & average imbalance...
  • Page 73 TR-2100 User Manual Triggering (Disturbance) Analogue channels Under & Over level Rate of change of real, reactive power Power Factor Frequency, rate of change of frequency (ROCOF) and frequency difference Power and frequency oscillation (0.1 - 15 Hz) Differential phase angle Imbalance &...
  • Page 74 TR-2100 User Manual Communications Serial ports Up to (4) RS232 type Default setting 57600 baud, 8 bits, 1 stop, no parity Rates settable up to 115 kbaud Serial port 1 Uses: Local programming Data retrieval Real time data display Software updates...
  • Page 75 TR-2100 User Manual Data Storage Buffer storage 30 Mbytes RAM (up to 128 Mbytes optional) Program storage 4 Mbytes flash ROM (up to 64 Mbytes optional) Permanent storage medium 3.5” Hard disk Capacity 12 Gbytes Interface standard Enhanced - IDE...
  • Page 76 TR-2100 User Manual Status Relays Type Solid State Number of outputs Contact rating 1 Amp max 400 V dc / 280 Vac max Power & on line are N/C Attention & triggered are N/O Indication Power OK System on line...
  • Page 77 13.7 Kg. (30.2 lbs) 16 channel 18.0 Kg. (39.7 lbs) 32 channel Environment -10 to 55 °C Operating temperature 14 to 131 °F Relative humidity 10 - 97% non condensing AMETEK reserve the right to change this specification without notice...
  • Page 78 TR-2100 User Manual...

  • Page 79: Appendix Ii - Parameter Calculations

    16 bits per sample. The sample clock is derived from a conditioned oscillator, which is phase locked to a 1 PPS signal from a GPS receiver. It is organized such that the TR-2100 will always take a sample at the exact second marker. Conventions...
  • Page 80 TR-2100 User Manual Time Measurement The TR-2100 uses the GPS navigation system as a source of absolute time. This generates UTC (universal co-ordinated time), which is the modern version of GMT (Greenwich Mean Time). This ensures that the time reference for each triggered event is accurate to better than 100 ns.
  • Page 81 Because the system frequency varies by small but finite amounts during normal operation, uncorrected RMS and vector measurements will have an error that is a function of frequency deviation. Since the TR-2100 measures the system frequency, it corrects for these errors. For a frequency of 49.9 Hz the uncorrected errors are: Amplitude error = 0.01%...
  • Page 82 − Phasor Measurement The TR-2100 acquisition system is organized so that a sample is taken at the second marker. The computed absolute phase angle from a Discrete Fourier Transform (DFT), using a 1 cycle window starting with this sample, will yield the angle of the vector at the exact second.
  • Page 83 TR-2100 User Manual Harmonic Measurement A single cycle window is used to calculate the harmonic content of voltages and currents. A standard Discrete Fourier Transform (DFT) technique is used to calculate the amplitude and angle of each component. A minimum of 4 samples per cycle is required to extract a harmonic component accurately.
  • Page 84 TR-2100 User Manual Reactive Power Reactive power is derived from the apparent and real powers. − Power Factor True power factor is the ratio of real to apparent power. True Total Harmonic Distortion (THD) The THD for an input is derived from the RMS and vector magnitude (V) −...

  • Page 85: Appendix Iii - Dnp Protocol

    Baud rates of 300 to 19,200 are supported. Note that the DNP refresh rate of the TR-2100 is 5 seconds. This means that the status of a DNP point may not change for up to 5 seconds after its real-time occurrence. The DNP...

  • Page 86: Dnp Data Objects

    3. New event – indicating a new record is available The Analogue Voltage values (Object 30) are indexed 1 through 32, corresponding with the TR-2100 Analogue Input channels 1 through 32. The Analogue Profile values are arranged in groups of ten per channel, thus: 9.

  • Page 87: Dnp V3.00 Device Profile Document

    The purpose of this document is to describe the specific implementation of the D istributed N etwork P rotocol (DNP) 3.0 within the TR-2100 Transient Recorder. This document, in conjunction with the DNP 3.0 Basic 4 Document Set, and the DNP Subset Definitions Document, provides complete information on how to communicate with the TR-2100 via the DNP 3.0 protocol.
  • Page 88 TR-2100 User Manual DNP V3.00 DEVICE PROFILE DOCUMENT Timeouts while waiting for: Data Link Confirm: Configurable via DS32 Complete Appl. Fragment: None Application Confirm: Configurable via DS32 Complete Appl. Response: None Others: Transmission Delay: Configurable, via DS32 Inter-character Timeout: 1 sec.

  • Page 89: The Tr-2100 Implementation

    TR-2100 User Manual The TR-2100 Implementation The TR-2100 DNP implementation conforms to the standard for a Level 1 slave device. Implementation consists of the following static objects: • (3) Single-bit Binary Input without flag (Object 01 Variation 01) • (32) 16-bit Analogue Voltage values without flag points (Object 30 Variation 4) •...
  • Page 90 TR-2100 User Manual Analogue Inputs Analogue Inputs are implemented as Object 30 Var 4 (16-bit analogue input without flag) points. A total of 160 points are implemented, which represent: • Analogue Voltage values, 1 per analogue channel • Analogue Profile values, 4 per analogue channel (Pre-fault, Immediate, Final, Post-...
  • Page 91 TR-2100 User Manual Point Analog Input Point Analog Input Point Analog Input Index Name/Description Index Name/Description Index Name/Description Analog Channel 1 Channel 6 Final Channel 20 Pre-fault Analog Channel 2 Channel 6 Post-Clearance Channel 20 Immediate Analog Channel 3 Channel 7 Pre-fault...

  • Page 92: Dnp Configuration

    TR-2100 User Manual DNP Configuration To set the DNP communications format, open the Display Station32 Communications software, select ‘Configuration’ in the ‘Recorder’ menu, and then click on ‘DNP Parameters’. The following setup screen will appear. Note: Since the present implementation of DNP is on an RS232 link, some of the parameters are not used.
  • Page 93 TR-2100 User Manual Timeout This is the time the IED will wait for a Data Link confirmation. Valid numbers are 0 - 65535. Select/Operate arm timer This is the time period after the select command is received when the operate command will be performed.
  • Page 94 TR-2100 User Manual...

  • Page 95: Appendix Iv - Troubleshooting

    If these are heard, then the phone line and modem are OK and there is power to the TR-2100. If a data switch or DTMF switch is being used, then the phone may be answered but no tones will be heard.
  • Page 96 Press the ‘Test’ button for 1 second. Does the buzzer sound and the yellow ‘Data available’ light come on after a number of seconds? Yes 3) No 4) The TR-2100 is working correctly. The fault is with the modem, data switch or phone line.
  • Page 97 TR-2100 User Manual There is no power to the TR-2100. Check the incoming supply and the fuse at the rear of the unit. There is also a fuse inside the power supply which is at the left rear of the bottom tray. Was everything correct?
  • Page 98 TR-2100 User Manual...

  • Page 99: Appendix V - System Drawings

    TR-2100 User Manual Appendix V – System Drawings...
  • Page 100 TR-2100 User Manual...
  • Page 105 For emergency service or repair status information, please contact the Repair Department at (716) 238-4993. WARRANTY — AMETEK warrants equipment of its own manufacture to be free from defects in material and workmanship, under normal conditions of use and service. AMETEK will replace any component found to be defective, upon its return, transportation charges prepaid, within one year of its original purchase.

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