Mx06 Instruction Manual
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MXL-INST06 Rev 4 12/2013 MODEL MX06 and MX09 1/4’’ OVAL GEAR FLOWMETER INSTRUCTION MANUAL To the Owner Please read and retain this instruction manual to assist you in the operation and maintenance of this product. This manual contains connection and operating in-structions for the MX series Flowmeters with Pulse outputs. Models with a Liquid Crystal Display have an addi-tional LCD instruction manual supplied. If you need further assistance, contact your local representative or distributor for advice. This Flow Meter has incorporated the oval rotor prin-cipal into its design. This is proven to be a reliable and highly accurate method of measuring flow. Exceptional repeatability and high accuracy over a wide range of fluid viscosities and flow rates are features of the oval rotor design. With a low pressure drop and high pressure rating oval rotor flow meters are suitable for both gravity and (inline) pump applications. Page 1 of 18 index Installation Pre-installation checks …………………………………………………………. Page 3 Operating Principle …………………………………………………………. Page 3 Installation Procedure …………………………………………………………. Page 3 Maintenance Procedure Disassembly …………………………………………………………. Page 4 Reassembly …………………………………………………………. Page 4 Flowmeter Specifications …………………………………………………………. Page 5 Electrical Specifications …………………………………………………………. Page 5 Wiring Diagram - Standard Pulser …………………………………………………………. Page 6 Wiring Diagram - PCB sensor …………………………………………………………. Page 7 Flowmeter Specifications Wiring Diagram—Intrinsically Safe Switch Wiring Diagram - High Temperature Switch ..………………………………………………. Page 8 ……………………………………………. Page 9 Service Troubleshooting Guide …………………………………………………………. Page 10 Maintenance Resources …………………………………………………………. Page 10 Exploded Diagram …………………………………………………………. Page 11 Spare Parts Kits …………………………………………………………. Page 12 Wetted Parts …………………………………………………………. Page 13 Pressure Drop Graphs …………………………………………………………. Page 14 Dimensional Diagrams …………………………………………………………. Page 15-16 General Page 2 of 18 IMPORTANT INFORMATION INSTALLATION PROCEDURE FLUID COMPATABILITY Before use, confirm the fluid to be used is compatible with the meter. Refer to Industry fluid compatibility charts or consult your local representative for advice. STRAINER To prevent damage from dirt or foreign matter it is recommended that a Y or Basket type 200 mesh strainer be installed as close as possible to the inlet side of the meter. When a strainer is installed it should be regularly inspected and cleaned. Failure to keep the strainer clean will dramatically effect flow meter performance. Contact your local representative for advice. AIR PURGE / LINE PRESSURE To prevent damage caused by air purge slowly fill the meter with fluid. To reduce pressure build-up turn off the at the end of each day. REED SWITCH The reed switch can cause inaccurate rate counts when used with high speed counters. It is advised that a low speed counter is used or alternatively a denounce circuit be installed. OPERATING PRINCIPLE 1. It is recommended that when setting up pipe work for meter installations, a bypass line be included in the design. This provides the facility for a meter to be removed for maintenance without interrupt ing production. (see figure above) 2. Use thread sealant on all pipe threads. 3. For pump applications ensure pipe work and Meter have the appropriate working pressure rating to match the pressure output of the pump. Refer to Meter Specifications section for further details. 4. Install a wire mesh strainer, Y or basket type 200 mesh (74 micron), as close as possible to the inlet side of the meter. 5. Note: The Flowmeter can accept flow in any direction. 6. The meter can be installed in any orientation as long as the meter shafts are in a horizontal plane. (Refer to diagram below for correct installation) . Note: Incorrect installation can cause premature wear of meter components. Fluid passing through the meter causes the rotors to turn, as shown below. One of the rotors (the active rotor) is fitted with magnets. The passing of the magnets are picked up by the sensing elements (Reed and Hall Effect sensors) located in the Pulser Circuit Board. The excitation of these switches provides a ‘Raw Pulse Output’ which relates to the K-Factor. (e.g. KF 400 = 400 pulses per litre of fluid passed) This Pulse Output Signal can either be fed directly to an external receiving element (e.g. Data Logger or PLC) or alternatively to an LC Display which conditions the Pulse input signal to display volume of fluid passed. (e.g. Display 1 Litre per for every 400 pulses received) The LC display may removed by loosening the 4 mounting screws and be orientated as required. 7. Do not over tighten meter connections. . 8. It is important that after initial installation you fill the line slowly, high speed air purge could cause damage to the rotors. 9. Test the system for leaks. 10. Check the strainer for swarf or foreign material, after the first 200 litres check periodically, particularly if the flow rate is noted to be decreasing. Page 3 of 18 MAINTENANCE PROCEDURE DISASSEMBLY Note: Maintenance can be carried out to the liquid crystal displays and pulse output modules without having to remove or isolate the meter from the process line. When maintenance to any other part of the meter is required, the meter must be isolated and the line pressure released. Refer to the exploded parts diagram on (see Fig for item numbers. 4. Smear the O-Ring with a light film of grease. Replace the O-Ring into groove in the meter cap. The O-Ring will need to be replaced if it has grown or is damaged in anyway. 5. Replace the meter cap. 6. Insert the cap head screws and tighten in a diagonal sequence 1, 5, 7, 3, etc. Torque = 6.5 Nm Note: It is advisable to mark all components with a marker pen before disassembly, to ensure all the components are replaced to their correct position during the reassembly process. 7. Test the meter by turning the rotors with a finger or by applying very low air pressure (no more than a good breath) to one end of the meter, before returning the meter to service. 1. Remove the meter cap by loosening the bolts on the underside of the meter body. (see FIG 1) FIG 1 2. Remove the O-Ring from the O-Ring groove in the meter cap. Wipe clean of grease and store in clean place 3. Remove rotors from the meter body 4. Remove the shafts from the meter body. REASSEMBLY 1. Before reassembling check the condition of the rotors (replace if necessary). FIG 2 Dimple 2. Replace the shafts into the meter body. 3. There are two Rotor Types. Active and Neutral. The Active Rotor can be identified by a Dimple on the face of the rotor. (see Fig 2) Caution: The active rotor is always fitted nearest ‘dimple’ on the meter body (see FIG 3) Smooth side Replace Active Rotor. Check the dimpled face (smooth side) of the rotor is the lead-in face when fitting onto the shaft and into the meter body. (see Fig 2). Replace Neutral Rotor. Check that the smooth side of the rotor is the leading face when fitting onto the shaft. (see FIG 2) Fit the neutral rotor onto the shafts ensuring that the rotor pair are at 90 degrees to one another. (see FIG 3) FIG 3 Dimple Active Rotor Check their operation by turning either of the rotors. If the rotors are not in mesh correctly, or do not move freely, remove one of the rotors and replace correctly at 90 degrees to one another Page 4 of 18 FLOWMETER SPECIFICATIONS Model MX06 Below 5 cP Flow Range 5 to 1000 cP Metric US 2 to 100 LPH 0.5 to 26 GPH 0.5 to 100 LPH 0.13 to 26.4 GPH K-Factor (Sensor Pulses per Unit of Measure) 1000 pulses/L 3785.4 pulses/G Max Temperature (model MX06F) -40°C - 80°C -40°F - 176°F (models MX06S) -40°C - 120°C -40°F - 248°F (models MX06P) -40°C - 150°C -40°F - 302°F 6895 kPa 1000 psi 1 Maximum Operating Pressure Accuracy of Reading ±1% 1. Conforms to Directive 97/23/EC—Cat 1 Model MX09 Flow Range Metric US Below 5 cP 25 to 500 LPH 6.6 to 132 GPH 5 to 1000 cP 15 to 500 LPH 4 to 132 GPH K-Factor (Sensor Pulses per Unit of Measure) Max Temperature (model MX09F) -40°C - 80°C -40°F - 176°F (models MX09S) -40°C - 120°C -40°F - 248°F (models MX09P) -40°C - 150°C -40°F - 302°F 6895 kPa 1000 psi 1 Maximum Operating Pressure Refer to Flowmeter Data Plate Accuracy of Reading ±1% 1. Conforms to Directive 97/23/EC—Cat 1 High Viscosity Applications Ensure the Flowmeter is fitted with ‘High Viscosity Rotors’ is the fluid being metered is 1000 cP or above High Viscosity Rotors For Fluids above 1000 Centipoise (cP) *Note: High Viscosity Rotor option available for models MX09S and MX09P only. ELECTRICAL SPECIFICATIONS The MX Flow meter series is supplied with either a Blind Pulser and Digital Display option. Please note the wiring diagrams in the following pages are for the Blind Pulser Output Modules and the PCB (Sensor Board), which is responsible for providing a Raw Pulse input to the LC display If the Flow meter is supplied with an LC Display fitted, please consult the appropriate Instruction Manual, as advised below, for all programming and wiring instructions. Output option: Display Type : Display Part Number: Instruction Sheet: type ‘D’ PR MXD-DS DR013 type ’E’ PRA MXD-ES DR014 type ‘F” ER MXD-ES MS574 type “G’ ERA MXD-GS MS392 type “H” ERB MXD-HS MS476 ERS (remote mount only) ERS-RMP / ERS-RMA MS351 Analogue Output (4-20mA) Analogue outputs are available as an auxiliary display signal by including either of the following LC displays with your flowmeter. These may be fitted to the meter or remote (wall mount) types. PRA 12mm LC Display with analogue output module ERA 17mm LC Display with analogue output module Page 5 of 18 WIRING DIAGRAM 1 Standard Pulser Output type ‘A’ Pulser Specifications Output Signals Reed Switch (Mechanical Sensor) Hall Effect IC (Electronic Sensor) Standard Pulse Meter 2x Digital (Square Wave) Current Maximum 500mA Voltage Maximum 30V DC Contact Rating Maximum 1 10W Maximum Current 7.5mA Operating Voltage 4.5V to 24V DC Transistor Type Open-Collector NPN 1. Contact rating maximum is 10W. Neither current nor voltage maximums should be exceeded in achieving this. NPN Hall effect Red +VE White Signal Black -VE Reed switch N/O Green +VE Yellow -VE Page 6 of 18 WIRING DIAGRAM 2 PCB Output types D,E,F,G,H Reed Switch To maximise the life of the reed switch contacts, the pulse board comes equipped with a 1k8Ω current limiting resistor in series with the reed switch as standard. These resistors are user swappable should you require a different value for your system. NPN Open Collector Hall Effect Sensor The output for the hall effect sensor is NPN (current sinking, open collector). For correct operation, it is advisable to have a pull -up resistor installed. The hall effect sensor is equipped with a 1k8Ω pull-up resistor between signal and supply as standard. This in-built pull-up resistor can be bypassed by moving the jumper pin to the off position if required. A pull-up resistor of your choosing can be installed between signal and supply, provided the in-built pull-up resistor be bypassed first. Pulser Specifications Output Signals Reed Switch (Mechanical Sensor) Hall Effect IC (Electronic Sensor) Standard Pulse Meter 2x Digital (Square Wave) Current Maximum 500mA Voltage Maximum 30V DC Contact Rating Maximum 1 10W Maximum Current 7.5mA Operating Voltage 4.5V to 24V DC Transistor Type Open-Collector NPN 1. Contact rating maximum is 10W. Neither current nor voltage maximums should be exceeded in achieving this. Reed switch current limit Reed 1 Reed 1 Off On Pull-Up Hall Effect Hall effect built-in pull-up + - Note: Local Display is connected to Reed 1 +Ve Signal Gnd Page 7 of 18 WIRING DIAGRAM 3 Intrinsically Safe (Ex ia) Output type ‘B’ CAUTION: This sensor must be installed with an approved safety barrier. Pulser Specifications SENSOR TYPE SPECIFICATIONS Omni Polar Open-Collector NPN Construction Stainless Steel Housing Operating Voltage 5V to 30V DC Maximum Current 15mA Temperature Range -40 - 85oC -40 - 185oF Page 8 of 18 WIRING DIAGRAM 4 High Temperature Output type ‘T’ Pulser Specifications SENSOR TYPE OMNI POLAR Construction SPECIFICATIONS NPN Stainless Steel Housing Operating Voltage 4.5 to 30V DC Maximum Current 18mA Temperature Range -40 - 150oC -40 - 302oF Page 9 of 18 TROUBLESHOOTING GUIDE Problem Cause Remedy Fluid will not flow through meter a) Foreign matter blocking rotors b) Line strainer blocked c) Damaged rotors d) Meter connections over tightened e) Fluid is too viscous a) Dismantle meter, clean rotors (strainer must be fitted in line) b) Clean strainer c) Replace rotors (Strainer must be fitted in line) d) Re-adjust connections e) See specifications for maximum viscosity Reduced flow through meter a) Strainer is partially blocked b) Fluid is too viscous a) Clean strainer b) See specifications for maximum viscosity Meter reading inaccurate a) Fluid flow rate is too high or too low b) Air in fluid c) Excess wear caused by incorrect installation a) See specifications for minimum and maximum flow rates b) Bleed air from system c) Check meter body and rotors. Replace as required. Refer to installation instructions Meter not giving a pulse signal a) Faulty hall effect sensor b) Faulty reed switch c) Magnets failed a) Replace PCB Board b) Replace PCB Board c) Replace magnets LCD register not working a) Battery not connected properly b) Battery flat c) Faulty wiring connections d) Faulty LC Display e) Faulty connection from LC Display a) Check battery connections b) Replace battery c) Check wiring for loose or faulty connections d) Replace LC Display e) Check wiring connections MAINTAINENCE VIDEOS Macnaught provides an comprehensive set of ‘Maintenance Videos’ to assist the end user in all aspects of service and/or repair of the Flowmeter range. This web based resource can be accessed via the following URL http://www.macnaught.com.au/mx_resources Or by scanning the QR code below. Page 10 of 18 EXPLODED DIAGRAM PARTS IDENTIFICATION METER COMPONENTS ITEM NO. CIRCLIP 1 CAM 2 METER BODY 3 METER CAP O-RING 4 MAGNET HOUSING 5 MAGNETS 6 ROTORS 7 ROTOR SHAFTS 8 METER CAP 9 METER CAP SCREWS 10 Page 11 of 18 SPARE PARTS KITS Spare Kit options, for both Flowmeter and Display/Pulser modules, are available as replacement components. Pulser Kit / LC Display Module - Replacement PCB complete with M-Lock electronic housing. - LC Display module (Electronic housing not included) Rotor Kit - Rotor assembly (includes Meter Cap bolts and O-Ring) Seal Kit - O-Rings/Gaskets (includes Meter Cap Bolts) SPARE KITS - FLOWMETER ROTOR KIT Standard MX06F MXS06F-rotor MX06S MX06P MXS06S-rotor MXS06P-rotor MXS06P-HTrotor High Temp MXS06F-seal SEAL KIT SPARE KITS - FLOWMETER ROTOR KIT Standard MX09F MXS09F-rotor High Viscosity MXS06S-seal MXS06P-seal MX09S MX09P MXS09S-rotor MXS09P-rotor MXS09S-HVrotor MXS09P-HVrotor MXS09P-HTrotor High Temp MXS09F-seal SEAL KIT MXS09S-seal MXS09P-seal SPARE KITS – DISPLAY AND PULSER MODULE Output Type Description Type A Standard Pulser MXD-AS Type B Intrinsically Safe MXD-BS Type C Flameproof MXD-CS Type D PR Digital Register MXS-PCB-PR MXS-DIS-PR MXD-DS Type E PRA Digital Register MXS-PCB-PR MXS-DIS-PRA MXD-ES Type F ER Digital Register MXS-PCB-ER MXS-DIS-ER MXD-FS Type G ERA Digital Register MXS-PCB-ER MXS-DIS-ERA MXD-GS Type H ERB Batch Controller MXS-PCB-ER MXS-DIS-ERB MXD-HS Type T High Temperature Pulser Kit Display Module only Display/Pulser complete MXD-TS Page 12 of 18 WETTED PARTS WETTED PARTS MX06/09F MX06/09S MX06/09P METER BODY Alum Alum St.St METER CAP Alum Alum St.St PPS St.St PPS St.St. St.St ROTORS - Standard High Viscosity High Temp ROTOR SHAFTS St. St St.St ROTOR BUSHES O-RINGS FKM St.St St.St CA CA K K Note: High viscosity rotor option only available for the MX09 SERIES K - FEP/PTFE Encapsulated SS - Stainless Steel 316 /304 Al - Aluminium AA610 CA - Carbon FKM - Viton ® PPS - Polyphenylene Sulphide Page 13 of 18 PRESSURE DROP v VISCOSITY 100% 50% 50% 100% 10% 25% 5% Page 14 of 18 DIMENSIONS Page 15 of 18 Aluminium Wall Mount bracket to suit models MX06 / MX09 DIMENSIONS Page 16 of 18 NOTES WEEE Directive - Waste Electrical and Electronic Equipment The WEEE Directive requires the recycling of waste electrical and electronic equipment in the European Union. Whilst the WEEE Directive does not apply to some of Macnaught’s products, we support its policy and ask you to be aware of how to dispose of this product. The crossed out wheelie bin symbol illustrated and found on our products signifies that this product should not be disposed of in general waste or landfill. Please contact your local dealer national distributor or Macnaught Technical Services for information on product disposal. Page 17 of 18 EC Declaration of Conformity EC Declaration of Conformity In accordance with EN ISO 17050-2004 We: Of: Macnaught Pty Ltd 41-47 Henderson St Turrella NSW 2205 AUSTRALIA Declare that: Macnaught Flow Meters prefixed MX, F, CR, M or S in accordance with the following Directive; 2006/42/EC Machinery Directive (and its amending directives) have been designed and manufactured to the following specifications; EN ISO 12100:2010 Safety of Machinery Declare that: Macnaught Flow Meters prefixed MX, F, CR, M or S with flange nominal bores sizes 1” to 6” inclusive in accordance w with the following Directive; 97/23/EC Pressure Equipment Directive (and its amending directives) comply with the essential requirements of the Directive, classification Category 1 Group 1 Declare that: Macnaught Flow Meter accessories prefixed DR, ER or PR as fitted to the Flow Meters or remotely mounted in accor dance with the following Directive 2004/108/EC Electromagnetic Compatibility Directive (and its amending directives) have been designed and manufactured to the following specifications; EN61326-1:2006 Electromagnetic Compatibility – Electrical equipment for measurement, control and laboratory use. I hereby declare that the equipment named above has been designed to comply with the relevant sections of the above referenced specifications. The product complies with all essential requirements of the Directives. This declaration is no longer valid if the unit is modified without our agreement. Name: Position: Date: Done at: Steven Gavin Operations Director 21/06/2013 Macnaught Pty Ltd 41-49 Henderson St Turrella NSW 2205, AUSTRALIA Issue 6 QA-CN5573 Issued by: Graham Wilson Page 18 of 18
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