Ametek Brookfield Fast-10 Series Installation & Maintenance Instructions Manual
  1. Manuals
  2. Brands
  3. Ametek Manuals
  4. Security Sensors
  5. Brookfield Fast-10 Series
  6. Installation & maintenance instructions manual
Ametek Brookfield Fast-10 Series Installation & Maintenance Instructions Manual

Ametek Brookfield Fast-10 Series Installation & Maintenance Instructions Manual

In-line transmitter sensor
Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
Installation & Maintenance Instructions
BROOKFIELD
Model Fast-10x In-Line Transmitter Sensor
Supplied by
Call us on +44 (0)118 916 9420 | Email info@247able.com

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the Brookfield Fast-10 Series and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Ametek Brookfield Fast-10 Series

Summary of Contents for Ametek Brookfield Fast-10 Series

  • Page 1 Installation & Maintenance Instructions BROOKFIELD Model Fast-10x In-Line Transmitter Sensor Supplied by Call us on +44 (0)118 916 9420 | Email info@247able.com...
  • Page 2 BROOKFIELD MODEL FAST-10X IN-LINE TRANSMITTER SENSOR Installation, Operation and Maintenance Instructions Manual No. M14-5907-A0418 Critical Document: No changes allowed without agency approval. INSTRUMENTATION & SPECIALTY CONTROLS DIVISION 11 Commerce Boulevard, Middleboro, MA 02302 : 508-946-6200 or 800-628-8139 (USA excluding MA) : 508-946-6262 Internet http://www.brookfieldengineering.com...

  • Page 4: Table Of Contents

    Table of Contents Section 1 - In-Line Viscometer System Description ..........7 Introduction ..........................7 Features and Benefits .........................7 Theory of Operation ........................8 Specifications ...........................10 Component Certification: see Appendix C ................10 Component Identification ......................10 Section 2 - Installation ....................11 Unpacking and Inspection ......................11 Installation Requirements ......................
  • Page 6 The information in this document is believed to be accurate and reliable. However, AMETEK Brookfield cannot accept any financial or other responsibilities that may result from the use of this information. No warranties are granted or extended by this document.

  • Page 8: Section 1 - In-Line Viscometer System Description

    Operates continuously and quickly responds to changes in viscosity. • Minimal pressure drop across the sensor housing. • Linear output signals are compatible with most industrial process control equipment. • Installs directly in-line or in a by-pass line. AMETEK Brookfield Page 7 Manual No. M14-5907-A0418...

  • Page 9: Theory Of Operation

    The fluid temperature is measured using an RTD (Pt100) located next to the probe. The system (MXT) has 4-20 mA, RS485, RS232 and CAN outputs. AMETEK Brookfield Page 8 Manual No. M14-5907-A0418...
  • Page 10 DC POWER IN SAFE LOCATION HAZARDOUS LOCATION VISCOSITY SENSOR CABLE OUT 1/2" NPT CONDUIT OPENING SENSING PROBE HOUSING 3/4" NPT OUTLET TEMP. RTD CHAMBER SENSING PROBE 3/4" NPT INLET Figure 1-1: Typical FAST-10X System AMETEK Brookfield Page 9 Manual No. M14-5907-A0418...

  • Page 11: Specifications

    Sensing Probe Chamber This chamber is the component that is plumbed into the process line. Its main function is to house and protect the sensor. The chamber is provided with multiple connection options. AMETEK Brookfield Page 10 Manual No. M14-5907-A0418...

  • Page 12: Section 2 - Installation

    To avoid damage to the viscosity sensor, it should be installed after a filtering device or screen. • For ATEX Installations, enclosure must be sealed at the conduit opening with a suitably reated Ex db IIB, Ex tb IIIC cable gland. AMETEK Brookfield Page 11 Manual No. M14-5907-A0418...
  • Page 13 +24VDC POWER IN NON-HAZARDOUS LOCATION HAZARDOUS LOCATION ALTERNATE MOUNTING ORIENTATION OUTLET FLUID SUPPLY TO PROCESS PROCESS FLUID RETURN FILTER AGITATION/ PUMPING SYSTEM FLUID SUPPLY RESERVOIR Figure 2-1: Typical FAST-10X System AMETEK Brookfield Page 12 Manual No. M14-5907-A0418...

  • Page 14: Cleaning

    CAUTION: If this instrument is used in a manner not specified by the manufacturer, the protection provided by the instrument may be impaired. AMETEK Brookfield Page 13 Manual No. M14-5907-A0418...
  • Page 15 NOTE: Installation must comply with local regulatory electrical requirements. Attention must also be given to proper cable and connection/gland specifications. Note: Negative terminal is earth grounded and max. impedance is 1000  Figure 2-2: Terminal Connection AMETEK Brookfield Page 14 Manual No. M14-5907-A0418...
  • Page 16 Figure 2-3: FAST-10X Installation Clearance NOTE: Take precaution not to allow the sensing probe to come in contact with any hard surface. Damage to the probe could result. AMETEK Brookfield Page 15 Manual No. M14-5907-A0418...
  • Page 17 MAY BE ADJUSTED IN 90° SECTION A-A INCREMENTS BY CUSTOMER. REMOVE SCRWS AND ROTATE PROBE TO DESIRED POSITION. WEIGHT VISCOMETER - 6.45 LBS (2.93 KG) Figure 2-4: FAST-10X (Male Chamber) Bracket Mounting and Clearance AMETEK Brookfield Page 16 Manual No. M14-5907-A0418...
  • Page 18 MAY BE ADJUSTED IN 90˚ SECTION A-A INCREMENTS BY CUSTOMER. REMOVE SCRWS AND ROTATE PROBE TO DESIRED POSITION. WEIGHT VISCOMETER - 6.45 LBS (2.93 KG) Figure 2-5: FAST-10X (Female Chamber) Bracket Mounting and Clearance AMETEK Brookfield Page 17 Manual No. M14-5907-A0418...

  • Page 19: Section 3 - Operation

    The viscosity will be displayed on the User’s Display Meter, PLC or similar device. There are no user adjustments required for normal operation. Should it be necessary to adjust the 4-20mA output range, refer to the MXT Manual (M16-5909). AMETEK Brookfield Page 18 Manual No. M14-5907-A0418...

  • Page 20: Section 4 - Maintenance

    NOTE: In addition to these instructions, ATEX approved installations must be maintained in accordance to IEC 60079-19. NOTE: Throughout this procedure take precautions not to allow the sensing probe to come in contact with any hard surfaces. Damage to probe could result. AMETEK Brookfield Page 19 Manual No. M14-5907-A0418...

  • Page 21: Section 5 - Service

    To contact the Process Service/Sales Department, please call 508-946-6200 or 800-628-8139 (USA Only); or you may prefer to email us at MA-MID.sales@ametek.com. Please be sure to follow these guidelines when returning your instrument: 1. The Process Return Form received from us is completely filled out with the correct information.

  • Page 22: Procedure

    12. The AST-111 fluid can then be returned to the AST-111 container for future use. Please mark the date of first use on the container as the shelf life is one year after first use. AMETEK Brookfield Page 21 Manual No. M14-5907-A0418...

  • Page 23: Appendix A - Customer Support

    Appendix A - Customer Support Introduction Use the following information to contact Brookfield for technical assistance or service: AMETEK Brookfield. 11 Commerce Boulevard Middleboro, Massachusetts 02346 U.S.A. TEL: 508-946-6200 800-628-8139 (USA only) FAX: 508-946-6262 EMAIL: MA-MID.sales@ametek.com Please have the following information available when calling so that we may assist you: •...

  • Page 24: Appendix B - Warranty Information

    The foregoing warranty is in lieu of all other guarantees or warranties, expressed or implied, and of all other obligations or liabilities, contractual or otherwise, either to the original purchaser of said instrument or to any other person whomsoever. AMETEK Brookfield Page 23 Manual No. M14-5907-A0418...

  • Page 25: Appendix C - Certification

    T4/T135°C for TA = 50°C / Process of -20°C to 120°C Hazardous Location Standards Conforms to UL Stds 61010-1, 50 & 50E, FM Stds 3600, 3615 & 3616 Certified to CSA Std C22.2 Nos. 61010-1, 25, 30, 94.1 & 94.2 4010399 AMETEK Brookfield Page 24 Manual No. M14-5907-A0418...
  • Page 27 Installation & Maintenance Instructions BROOKFIELD Model MXT In-Line Transmitter Electronics Supplied by Call us on +44 (0)118 916 9420 | Email info@247able.com...
  • Page 28 BROOKFIELD MODEL MXT IN-LINE TRANSMITTER ELECTRONICS Installation, Operation and Maintenance Instructions Manual No. M16-5909-B1117 INSTRUMENTATION & SPECIALTY CONTROLS DIVISION 11 Commerce Boulevard, Middleboro, MA 02346 USA 508-946-6200 or 800-628-8139 (USA excluding MA) 508-946-6262 http://www .brookfieldengineering.com NTERNET...
  • Page 30 Table of Contents Section 1 - MXT Transmitter ................7 1.1 Introduction ......................7 1.2 Features and Benefits .................... 7 1.3 Specifications ......................7 1.4 MXT Electronics User Interface Description ............8 1.5 Safety Procedures ....................10 1.6 Certification Approvals and Conformity ..............10 1.7 Operating Ranges ....................10 Section 2 - Installation ..................
  • Page 32 The information in this document is believed to be accurate and reliable. However, AMETEK Brookfield, cannot accept any financial or other responsibilities that may result from the use of this information. No warranties are granted or extended by this document. Brookfield reserves the right to change any or all information contained herein without prior written notice. Revisions may be issued at the time of such changes and/or deletions. Any duplication of this manual or any of its parts without expressed written permission from Brookfield is strictly prohibited. Any correspondence regarding this document should be forwarded to: AMETEK Brookfield Process Viscometer Division 11 Commerce Boulevard Middleboro, Massachusetts 02346 U.S.A.

  • Page 34: Section 1 - Mxt Transmitter

    Form (1-Stand-alone, 2-Enclosure Assembly) Voltage (A-VAC, D-VDC) Transmitter Quantity (1 to 6) Configuration (10-Standard, 11-I/O Relay) Model Top-Level Prefix 1.3 Specifications Table 1-1: VAC Transmitter Specifications Qty of MXT Transmitters Maximum Power Consumption 40 VA 80 VA 120 VA Input Fuse Rating * Input Voltage 85-264 VAC Input Line Frequency 47-63 Hz * Both L1 and L2 terminal blocks are provided with 5x20 mm, Slow Blow (Time Delay) fuses. Replace with equivalent. AMETEK Brookfield Page 7 Manual No. M16-5909-B1117...

  • Page 35: Mxt Electronics User Interface Description

    SD Card The viscometer sensor calibration data is available on a replaceable Mirco-SD Card. If the sensor is replaced, carefully insert the Micro-SD Card with the new calibration data (if not using a sensor with integrated EEPROM). Dip Switches Switch Position RS-485 Modbus RTU Baud Rate [bps] Bit Rate [kbps] 9600 38400 Rotary Switches RG - 4-20 mA Output Range (refer to Appendix C) ID 1 - Modbus Slave/CAN Node ID - Digit #1 ID 0 - Modbus Slave/CAN Node ID - Digit #2 Examples: Required ID#: 01 Required ID#: 30 ID 1 Switch: 0 ID 1 Switch: 1 ID 0 Switch: 1 ID 0 Switch: E See Appendix D for decimal to hexadecimal conversions. AMETEK Brookfield Page 8 Manual No. M16-5909-B1117...
  • Page 36 Solid red if self-test failed. (V) Viscosity Range LED - Solid green when viscosity 4-20 mA output is <20 mA. Solid red when viscosity 4-20 mA output is >/= 20 mA (T) Temperature LED - Solid green when RTD OK and in range. Solid red if disconnected. Orange when connected but out of range. (C) Communication LED - Green for receive. Red for sending. (R) Remote Sensor Status LED - Solid green when probe is found. Blinking green for in progress connecting to probe. Solid red if no probe is detected. Relay LEDs (Optional model which includes 2 Relay outputs) RLY 1 & 2 LEDs - Solid green when relay contact is closed. MXT I/O RELAY MXT (Standard) Figure 1-1: User Interface AMETEK Brookfield Page 9 Manual No. M16-5909-B1117...

  • Page 37: Safety Procedures

    Part 1: General requirements. For a CE Declaration of Conformity, please contact a sales representative and request a copy for your records. WARNING: Compliance may be compromised if the unit is not installed as specified in the manual. Operating Ranges Viscosity range: 2 to 3,300 cSt (1 to 12,000 cSt available) Temperature range: -20°C to 120°C (-4°F to 248°F), up to 200°C (392°F) available Note: Both the temperature and viscosity noted above are limited by the AST-100 viscometer chosen. Please review the AST-100 instrument specification sheet for more details and limitations. AMETEK Brookfield Page 10 Manual No. M16-5909-B1117...

  • Page 38: Section 2 - Installation

    The MXT Electronics are housed in an open type enclosure. It is required that you install the electronics in a housing, cabinet, or electric control room. The MXT Electronics are designed for natural convection cooling. For proper cooling, you must mount the electronics vertically as shown in Appendix A and provide a clearance of at least 1 in (25 mm) above and below the device. Also, allow at least 1 in (25 mm) of depth between the front of the module and the inside of the enclosure. If mounting multiple Electronics on the same DIN rail, clearance for cooling is not necessary between each module. To remove the MXT Electronics from the DIN rail, take a flat bladed screwdriver and insert the tip into the latch hole. Pull the spring-loaded latch down and away from the DIN rail while rotating the module off the DIN rail. Refer to Figure 2-1. Caution: Electrostatic discharge can damage the MXT Electronics. Ensure that you are properly grounded prior to touching the electronics. Warning: Installation or removal of the MXT Electronics with the power applied could cause electric shock or damage to the equipment. Always follow appropriate safety precautions and ensure that power is disabled before attempting to install or remove the equipment. Transmitter models which include an enclosure should be mounted in a vertical position for proper cooling of internal electronic components. Ensure that the wall of the mounting AMETEK Brookfield Page 11 Manual No. M16-5909-B1117...
  • Page 39 Height in Width in Depth in Weight lb [mm] [mm] [mm] [kg] [178] [178] [117] [4.1] [254] [216] [170] [6.4] [305] [254] [172] [9.1] See Appendix A: Mounting & Clearance Drawings for mounting hole locations and size. Note: The MXT Electronics Enclosures are NOT A PPROVED for use in hazardous areas. Figure 2-1: Electronics Removal AMETEK Brookfield Page 12 Manual No. M16-5909-B1117...

  • Page 40: Wiring Connections

    PROBE TEMPERATURE PROBE TEMPERATURE MXT (Standard) MXT (I/O) Figure 2-2: Power, Viscosity, Temperature, Relay Terminal Blocks Viscosity Sensing Probe Hook-Up There are nine wires and a Sensing Cable Ground/Shield coming from the Viscosity Sensor to the electronic enclosure. The Viscosity Probe Terminal Blocks are labeled S+, S-, E+ and E-. The RTD Terminal Blocks are labeled R1, R2, B1, and B2. Figures 2-2 and 2-3 show the connections. The Sensing Cable Ground/Shield wire can be connected to the terminal block or terminated to the Panel Ground Stud. Refer to Figure 2-3. Note: The sensing cable should not be installed through the same conduit as line voltage. Use separate conduit. Do not run cable past line voltage terminals. AMETEK Brookfield Page 13 Manual No. M16-5909-B1117...
  • Page 41 GROUND GROUND BLACK (PAIR 1) GREEN GREEN GREEN MUST BE SEALED WITHIN 18" (46 cm) 1/2-14 NPT (FOR ATEX, CONDUIT MUST BE SEALED AT ENCLOSURE) NOTE: Installation must comply with local regulatory electrical requirements. Attention must also be given to proper cable and connection/gland specifications. NOTE: Negative terminal is earth grounded and max. impedance is 1000 Ω. Figure 2-3: Terminal Connections AMETEK Brookfield Page 14 Manual No. M16-5909-B1117...
  • Page 42 Signal Ground Earth Ground USB/RS-232 Port Settings Format Bits Per Second: 9600 V: 9999.99 T: 120.0 <CR> <LF> Data Bits: Viscosity in Temperature in Parity: None cstk °C Stop Bits: Hand-Shaking: None RS-485 Modbus RTU Output The RS-485 Ouput Terminal Blocks are labeled D+, D-, SG and . Refer to Figure 2-4. Signal Ground Earth Ground AMETEK Brookfield Page 15 Manual No. M16-5909-B1117...

  • Page 43: Micro Sd Card Installation/Removal

    Relay Switches 1 & 2 CM - Common NO - Normally Open NC - Normally Closed 2.4 Micro SD Card Installation/Removal Follow ESD Guidelines (e.g. wear a grounded wrist strap) when you handle the SD Card. Store the calibration SD Card in a conductive container. Caution: Electrostatic discharge can damage the MXT Electronics. Ensure that you are properly grounded prior to touching the electronics. Warning: Installation or removal of the MXT Electronics with the power applied could cause electric shock or damage to the equipment. Always follow appropriate safety precautions and ensure that power is disabled before attempting to install or remove the equipment. AMETEK Brookfield Page 16 Manual No. M16-5909-B1117...
  • Page 44 Figure 2-4). Gently press the SD Card into the spring loaded socket until it is fully seated. A tamper-proof calibration seal is provided loose for application to the clear cover after the installation is complete. Warning: Do not apply excessive force when inserting the SD Card into the electronics. This could cause damage to the Printed Circuit Board and/or the mating socket. For removal of the SD Card, take a small flat blade screwdriver and carefully press the SD Card in the semi-circular cutout and then remove the screwdriver. The spring loaded receptacle will push the SD Card up for removal. SD CARD COPPER CONTACTS NOTCH Figure 2-5: Proper Insertion of SD Card AMETEK Brookfield Page 17 Manual No. M16-5909-B1117...

  • Page 45: Section 3 - Operation

    Once the Master sets the MXT into Operational Mode, the device begins reporting viscosity and temperature readings at one second intervals. Parameters can also be adjusted while in the Operational Mode. Transmit Process Data Objects (TPDOs) During Operational Mode, by default, the device sends 4 TPDOs each second: • TPDO #0: Viscosity in cSt and Viscosity Status; • TPDO #1: Viscosity in cP and Viscosity Status; • TPDO #2: Viscosity in cup-sec and Viscosity Status; • TPDO #3: Temperature in °C and Temperature Status. If desired, the Master can turn off TPDOs while the device is in Pre-Operational Mode. If a TPDO is turned off, that data will not be reported when the device is switched to Operational Mode. Power cycling the device resets all TPDOs to on. AMETEK Brookfield Page 18 Manual No. M16-5909-B1117...

  • Page 46: Rs-485 Modbus Rtu & Can Features

    Cup-Sec Conversion The MXT can report Viscosity in cup-sec, according to the user’s chosen cup. In order for the device to do this, the user must first calibrate the device to the specific cup and process fluid. See Appendix G for a flowchart of the Cup Calibration process. Before the user can perform a Cup Calibration, the readings must be Stable. If the user sends a T2 value while the readings are not Stable, the MXT will report Cup Calibration Error in the Viscosity Status. Once the readings are Stable, the user should set the Cup Index to their cup type (see Appendix G). The user then takes a reading of the process fluid using the specified cup, and sends this value to the device as T2. As soon as the device receives a T2 value, it will take a corresponding V2 reading (Viscosity in cSt). This will be the second point used in the 2-point calibration. The first point is at Viscosity = 0 cSt. The T1 value will be calculated using the second degree polynominal cSt/cup-sec conversion model, with the theoretical K and C values for the chosen cup type (see Appendix G): V = KT - C/T Setting V1 = 0 and solving for T1 gives: = √(C/K) AMETEK Brookfield Page 19 Manual No. M16-5909-B1117...
  • Page 47 Adjusting Application Parameters The following parameters can be adjusted: Cup Index, K , T1, T2, Stability cust cust Criteria, Array Size, and Density. Cup Index, K , T1 and T2 are used in the Cup cust cust Calibration (see Cup-Sec conversion above). Stability Criteria and Array Size are used to determine whether readings are Stable (see Viscosity Reading Stability above). AMETEK Brookfield Page 20 Manual No. M16-5909-B1117...
  • Page 48 Duty cycle - % On (relay closed) time over the timed period is in 0.01% unit. For example: • 0.00% = off all time • 100.00% = on all time • 25.00% & Time = 4.00 sec then on 1 sec & off 3 sec Power up default: • Mode = 0 (OFF) • Time = 20.00 sec • Duty cycle - 0.00% Operation Logic: • Single Shot (Mode = 2) ▪ Mode changes from (0, 1 or 3) to 2 - turn relay off and wait for write to Time registers ▪ A write to Time register triggers the one shot relay action ▪ If the Time register is <2.00 sec, then not relay action will be taken ▪ If the relay is on (closed) from the previous one shot Time register write, then the new trigger will be ignored and leave the relay to finish the previous one shot action AMETEK Brookfield Page 21 Manual No. M16-5909-B1117...
  • Page 49 • Timed Cycle (Mode = 3) ▪ Mode changes from (0, 1 or 2) to 3 - reset timed period to start and apply duty cycle value ▪ Any change in period value (exclude setting the same period value) - reset timed period to start and apply duty cycle value ▪ Any new duty cycle value will apply at the start of the next period. The current timed period should be completed with the old value ▪ Time period of <2.00 sec, the Relay will stay off (open) AMETEK Brookfield Page 22 Manual No. M16-5909-B1117...

  • Page 50: Appendix A - Overall Dimensions, Mounting & Clearance

    1.00 [25.4 mm] .89 in CLEARANCE ALL SIDES [22.6 mm] 4.12 6.11 [104.6 mm] [155.2 mm] 4.47 4.67 [113.6 mm] [118.6 mm] 5.47 [138.9 mm] Figure A-1a: MXT Overall Dimensions and Clearance Zones AMETEK Brookfield Page 23 Manual No. M16-5909-B1117...
  • Page 51 [25.4 mm] 1.78 in CLEARANCE ALL SIDES [45.2 mm] 4.12 6.11 [104.6 mm] [155.2 mm] 4.47 4.67 [113.6 mm] [118.6 mm] 5.47 [138.9 mm] Figure A-1b: MXT I/O Overall Dimensions and Clearance Zones AMETEK Brookfield Page 24 Manual No. M16-5909-B1117...
  • Page 52 Ø5 5/16 SLOT MXTS103-4 8 1/2" 10" 6 11/16" 6 1/2" 10 3/4" Ø5 5/16 SLOT MXTS105-6 10" 12" 6 3/4" 8" 12/3/4 Ø5 5/16 SLOT Figure A-2: MXT Enclosure Mounting and Clearance Dimensions AMETEK Brookfield Page 25 Manual No. M16-5909-B1117...

  • Page 53: Appendix B - Wiring Diagrams

    Appendix B - Wiring Diagrams Figure B-1: 1-2 Unit MXT Enclosure Wiring Schematics AMETEK Brookfield Page 26 Manual No. M16-5909-B1117...
  • Page 54 FILTER DC+ DC- EEPROM VISC AST SENSOR CABLE 85-264VAC RS-485 OUTPUT SYSTEM INPUT VOLTAGE Figure B-2: 3-4 Unit MXT Enclosure Wiring Schematics AMETEK Brookfield Page 27 Manual No. M16-5909-B1117...
  • Page 55 DC+ DC- EEPROM VISC AST SENSOR CABLE RS-485 85-264VAC OUTPUT SYSTEM INPUTVOLTAGE *L1 & L2 - 4A TIME DELAY FUSE Figure B-3: 5-6 Unit MXT Enclosure Wiring Schematics AMETEK Brookfield Page 28 Manual No. M16-5909-B1117...

  • Page 56: Appendix C - 4-20Ma Outputs

    0 cSt 2000 cSt 0 cSt 3300 cSt custom custom not used Temperature milli-Amp Output 4 mAmps Equivalent 20 mAmps Equivalent -20°C +150°C Notes: 1. Scaling between the 4 and 20mA limits is linear. 2. There is no calibration of the milli-Amp output required. All values are set digitally within the controller. 3. Resolution limit is approximately 1600 data points between the 4 and 20mA. 4. The mAmp output for temperature is always in degrees Celsius. AMETEK Brookfield Page 29 Manual No. M16-5909-B1117...

  • Page 57: Appendix D - Modbus/Can Id

    Appendix D - Modbus/CAN ID Table D-1: Decimal to Hexadecimal Conversion ID 1 ID 0 SWITCH SWITCH AMETEK Brookfield Page 30 Manual No. M16-5909-B1117...

  • Page 58: Appendix E - Rs-485 Modbus Rtu Application Parameters

    REAL32 >= 0 0x 50C seconds. Used in Cup Calibration. Final K value from the Cup Calibration. REAL32 >= 0 0x 50E Used to convert VcSt to Vcup. Final C value from the Cup Calibration. REAL32 >= 0 0x 510 Used to convert VcSt to Vcup. Temp See Status Bit Map 0-0xFFFF 0x 600 Status Temperature in Celsius T°C -20°C to REAL32 0x 601, 0x 1F0 +220°C AMETEK Brookfield Page 31 Manual No. M16-5909-B1117...
  • Page 59 Relay 2 Duty Cycle, in 0.01% 0-10000 0x 185 U16 - Unsigned integer, one 16 bit register, 2 bytes, high byte first REAL32 - Floating point number, two 16 bit registers, 4 bytes, little-endian, high byte first AMETEK Brookfield Page 32 Manual No. M16-5909-B1117...

  • Page 60: Appendix F - Can Commands

    Appendix F - CAN Commands Table F-1: CAN Commands AMETEK Brookfield Page 33 Manual No. M16-5909-B1117...
  • Page 61 Table F-1 (cont.) AMETEK Brookfield Page 34 Manual No. M16-5909-B1117...
  • Page 62 Table F-2: CAN Parameters, General AMETEK Brookfield Page 35 Manual No. M16-5909-B1117...
  • Page 63 Table F-3: CAN Parameters, TPDOs #0 & #1 AMETEK Brookfield Page 36 Manual No. M16-5909-B1117...
  • Page 64 Table F-4: CAN Parameters, TPDOs #2 & #3 AMETEK Brookfield Page 37 Manual No. M16-5909-B1117...
  • Page 65 Table F-5: Application Parameters, Viscosity AMETEK Brookfield Page 38 Manual No. M16-5909-B1117...
  • Page 66 Table F-6: Application Parameters, Temperature & Relays AMETEK Brookfield Page 39 Manual No. M16-5909-B1117...

  • Page 67: Appendix G - Cup Calibration

    Appendix G - Cup Calibration Figure G-1: Cup Calibration Flow Chart AMETEK Brookfield Page 40 Manual No. M16-5909-B1117...
  • Page 68 Standard Ford #4 10.398 Standard Ford #5 11.8 5.880 ISO 3 mm 0.44 21.248 ISO 4 mm 1.37 12.082 ISO 6 mm 9.089 ISO 8 mm 21.7 3.748 Standard DIN 4 mm 4.57 9.945 AMETEK Brookfield Page 41 Manual No. M16-5909-B1117...
  • Page 69 Index Cup Name Fisher #1 0.85 14.349 Fisher #2 2.32 9.050 Fisher #3 5.39 5.859 Fisher #4 18.9 3.333 Parlin #1 1.55 22.718 Parlin #2 4.82 4.555 Parlin #3 20.7 4.909 AMETEK Brookfield Page 42 Manual No. M16-5909-B1117...
  • Page 70 °C Reading Out of 4-20mA Range °C Reading in 4-20mA Range bit 4 bit 3 bit 2 Reserved for Manufacturer’s Use bit 1 bit 0 Lower Status Byte bit 7 bit 6 bit 5 bit 4 Reserved for Manufacturer’s Use bit 3 bit 2 bit 1 bit 0 AMETEK Brookfield Page 43 Manual No. M16-5909-B1117...

  • Page 71: Appendix I - Resolving Status Byte Issues

    Value of parameter written too low. range. Note: xx xx xx are the index and sub-index of the parameter being written, the same index and sub-index that was in the corresponding command sent. AMETEK Brookfield Page 44 Manual No. M16-5909-B1117...

  • Page 72: Appendix J - Warranty Information

    Appendix J - Warranty Information We hereby warranty this Brookfield Viscometer to be free from defects in workmanship and materials. If found to be defective in workmanship or materials up being returned, within one year from the date of purchase to our factory, it will be repaired or replaced at the factory without charges. Transportation charges shall be at the owner’s expense. However, if upon being so returned and after inspection, we determine that the instrument has been subjected to tampering, careless handling, improper or faulty application or installation, the above guarantee shall not be applicable and we shall have the right in any case to make a charge to cover the cost of repairs or servicing. AMETEK Brookfield assumes and shall have no liability for consequential damages resulting from the use or misuse of the instrument. The foregoing warranty is in lieu of all other guarantees or warranties, expressed or implied, and of all other obligations or liabilities, contractual or otherwise, either to the original purchaser of said instrument or to any other person whomsoever.

  • Page 73: Appendix K - Customer Support & Repair

    The MXT Transmitter is a highly reliable and rugged unit that requires little maintenance. This section provides information on component replacement. In the event that your Process Viscometer should require factory maintenance, AMETEK Brookfield has provided the following guidelines and recommendations to follow to ensure a prompt turn around time for all repaired items.

Table of Contents