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Manu

Flo

 



 

Flow Measurement & Control Products 

Page 1 

a division of 

MANU ELECTRONICS PTY LTD 

www.manuelectronics.com.au

 

 

 

 

To operate, push each of the toggle switches ON-OFF, START-STOP and TEST-RESET to the desired function. 

* Switch the power ON to unit. Select required batch quantity using rotary number dial selector switches. 
* RESET unit. The LED displays zero and all LED indicators and alarm turns off. The unit is ready for batching. 
* START unit; voltage contact drive activates. CONTACT DRIVE LED illuminates indicating pump or solenoid are energized, 

followed by FLOW LED illuminating, indicating pulsing and operation of flowmeter. The digits begin counting upward towards the 
selected batch quantity. 

* Upon digits reaching the selected batch quantity the alarm sounds (short beep) indicating completion of batch; CONTACT DRIVE 

and FLOW LEDs turn off. LED display digits and selected batch quantity should correspond. If LED digits overshoot target, use 
PREACT (inflight,freefall) overflow deduct dials (located at rear of controller unit) to scale back the difference. 

* To interrupt unit before completion of batch, push STOP toggle; digit counting will stop, drive contact off. Push START toggle to 

resume batch. 

* TEST toggle is used to test digit counting, switch contacts, alarm conditions or generate output pulses for computer interfacing. 

TEST does not activate pump or solenoid. 

Warning: if CONTACT or FLOW LED indicators are on, but controller is not counting, discontinue use and call for  service. 

 

CALIBRATION  

1) The Batch Controller is initially set up for the connected flowmeter using 
the Controller’s Calibration rotary selector knobs (at rear of unit) marked 
UNITS, TENS and HUNDREDS to match flowmeter’s output pulse value.  

Note reverse sequence of dials: e.g. U=0, T=0, H=3, is a value of 300. 

 

On-site calibration adjustment and test:

 

2)  Must adjust what is shown on the Batch Controller display (red LEDs) to 

match a known amount dispensed, using the Calibration knobs. So, set 
Controller to 190L, and batch into a 200 litre (44 gallon) drum. 

 

3)  If the amount collected is 

more

 than is shown on the LED display, then 

decrease

 the set calibration value by the same % difference  

 

e.g. if collected 200L when 190L on LEDs, this is 10L more or 5% over 
(10/190x100%). So, decrease the calibration value by 5% i.e. if calibration set to 
300, new value is 300-5% = 300-15 = 285 (Set Calibration U=5, T=8, H=2). 

4)  If the amount collected is 

less

 than is shown on the LED display, then

 

increase

 the set calibration value by the same % difference. 

 

e.g. if collected 180L when 190L on LEDs, this is 10L less or 5% under 
(10/190x100%). So, increase the calibration value by 5% i.e. if calibration set to 
300, new value is 300+5% = 300+15 = 315 (Set Calibration U=5, T=1, H=3). 

Example pulse flowmeter calibration settings 

Note: x17 pulse input multiplier is used to enhance  

calibration resolution if flowmeter has <58 pulses/Litre.

Flowmeter 

Size Ø 

H T U 

Signal input 

multiplier 

RPFS 

25mm 

0 7 5 

x1 

PMS25 

25mm 

1 0 0 

x 1 

RPFS 

32mm 

7 8 2 

x17 

RPFS 

40mm 

5 1 0 

x17 

RPFS 

50mm 

3 4 0 

x17 

RPFS 

80mm 

1 2 4 

x17 

RPFS 

100mm 

0 7 8 

x17

 

5) 

PREACT: 

Calibrating  inflight  overflow  is  via  two  rotary  select    knobs  marked    "TENS"  and 

“UNITS” of LITRES, located at the rear of controller. Simply set knobs to same overflow reading as 
indicated by the LED display.  

 

Example: You select 190 Litres, batch the quantity, 200 Litres is shown on display, and 200 Litres 
is  collected  in  drum.    A  valve  may  take  extra  time  to  close,  so  what  is  selected  on  dials  usually 
overshoots on display. So, set 10 Litres on PREACT to deduct the 10 Litres overshoot (PREACT 
T=1, U=0 is a value of 10 Litres). Next batch, the selector Dials, LED reading and amount collected 
in drum are all 190 Litres.

 

 

 

 

 

 

 

SPECIFICATIONS  

ME995-7

 

 

 

 

 

 

Power supply

 

220-

260vac  (optional 24,110 vac or 12-24 VDC)

 

Output to flowmeter

 

12 VDC upto 100mA 

Relay outputs

 

Standard Max. 240 vac, 1 A. 

(Other outputs as per spec. option ordered) 

Frequency input

 

5 KHz: x1 input,   340 Hz: x17 input. 

(min.10hz)

 

Display 

 

4 digits, 7 segment LED (14mm H) 

Connection

 

10 pin Weidmuller mating plug & socket 

Fuse

 

1 Amp (5 x 20mm case) 

Batch selection

 

Visual rotary select knob switches 

Batch commands

 

Push toggle switches 

Mounting

 

Panel mount 

Weather Rating 

Indoor only IP51 

(for outdoor use HB2510 box)

 

Instrument housing

 

ABS hi-impact case mould 

External dimensions

  206 L, 130 H, 90 D mm 

Panel cutout

 

190 L, 122 H mm 

Weight 

 

1 kg 

Due to continuous product improvement, specifications are subject to change without notice. 

 

ORDERING CODES  

ME995-7

 

 

 

 

ME995-7

      Batch Controller, 240 vac supply and output, with 12 VDC power to flowmeter (standard). 

Содержание ManuFlo ME995-7

Страница 1: ...urrent draw Consider wiring an override button N O with spring return for manual batching or top up of water which will be counted by the controller display See wiring diagram C Install the Rota Pulse paddlewheel sensor RPFS P in a straight pipe section with the same diameter pipe as the adaptor tee section with 10x diameter before and 5x diameter after the sensor with no elbows reducers valves or...

Страница 2: ...1 Litre increments up to a maximum 9000 Litres The controller operates from standard 220 260 vac or optional 24vac 110vac or 12 24 VDC voltage supplies Contact output drive is via one or optional two relays or with OC open contact drive to allow control output switching drive of any external voltage Standard controllers are in panel mount form or optionally can be housed in a metal box or IP65 ABS...

Страница 3: ...ected 200L when 190L on LEDs this is 10L more or 5 over 10 190x100 So decrease the calibration value by 5 i e if calibration set to 300 new value is 300 5 300 15 285 Set Calibration U 5 T 8 H 2 4 If the amount collected is less than is shown on the LED display then increase the set calibration value by the same difference e g if collected 180L when 190L on LEDs this is 10L less or 5 under 10 190x1...

Страница 4: ...wo product changeover output drive Allows 2 flowmeter inputs pump drives e g ME995 7 is the standard Batch Controller 240vac powered whereas ME995 7 MC2 is an ME995 7 Batch Controller with a scaled open collector pulse output and a Start Stop Reset PLC commands interface HOUSING ENCLOSURES SHB SHB1 Single enclosure Powder coated metal Single enclosure Powder coated metal Wired with 240vac contacto...

Страница 5: ... N TWIN SHIELDED CABLE at rear of Batch Controller PUMP ME995 WIRING DIAGRAM ACTIVE Optional batch override top up momentary push button switch Standard AC Wiring for Pump and optional Solenoid at rear of Batch Controller ACTIVE Rear ME995 SHIELD 0 v PULSE SHIELDED CABLE CONTACT CONTACT 1 VDC Optionalbatch override top up momentarypush button switch Gate Valve Solenoid Flowmeter VDC 0v Open Contac...

Страница 6: ...tion to larger size pipes is possible depending on pipe wall thickness alternatively the Long Stem LS versions with adaptors are then used With only one moving part and limited intrusion into the pipe and combined with its flow through design the RPFS allows accurate measurement of liquid flows with virtually no head losses Each of the 4 blades of the rotor paddlewheel extends approximately one ce...

Страница 7: ...val of RPFS from Pipe adaptor Fitting Triangular Keyway Type Nipple Adaptor see FIG 6 1 Unscrew the black PVC locking cap anti clockwise 2 Hold the neck of the Tee piece in your left hand grasp the RPFS body with your right hand and turn slowly anti clockwise until the sensor hydraulically raises out of slot then pull upwards out of the socket never by the cable When returning the sensor to nipple...

Страница 8: ...talled in a horizontal inclined or vertical pipe position Note If mounted in horizontal or inclined pipe make sure insertion position of sensor is at top or 45 from top not on the underside Selection of pipe diameter For best results use the table below Pipe size Flowrange Litres min Pulses Litre mm Min Max approx 1 2 20 13 160 116 25 20 250 75 32 30 410 46 40 50 640 30 50 90 1000 20 63 132 1580 1...

Страница 9: ... SC140 LS 150 mm PVC150SC LS SCP150 LS SC160 LS 160 mm SCPE160 LS SC160 LS 200 mm PVC200SC LS SCP200 LS SC200 LS 225 mm SCPE225 LS SC225 LS 250 mm SCP250 LS SC250 LS 280 mm SC280 LS 300 mm PVC300SC LS SCPE300 LS SC315 LS 315 mm SC315 LS 500 mm Galvanised iron threaded ends BSP female 2000 kPa Note 25mm can be supplied with straight pipe sections already fitted Part GAL25 T2 PVC T piece Class 18 Ca...

Страница 10: ...RPFS and ME995 Wiring and Plumbing Diagrams c 2004 Manu Electronics Pty Ltd 1 ...

Страница 11: ...RPFS and ME995 Wiring and Plumbing Diagrams c 2004 Manu Electronics Pty Ltd 2 ...

Страница 12: ...RPFS and ME995 Wiring and Plumbing Diagrams c 2004 Manu Electronics Pty Ltd 3 ...

Страница 13: ... past batch select Faulty solenoid valve not closing service solenoid valve check air pressure or water does not stop properly insufficient air pressure Wet loads more water Paddlewheel bushes worn Check paddlewheel collected than indicated Wheel dirty flowing over range Replace with new paddlewheel recalibrate Dry loads less water Requires recalibration test Set new calibration figure rear switch...

Страница 14: ...c minimum flowrate required If flow drops below 1 5 Litres sec the pulse fail will activate The equation is Pulse fail frequency Hz Pulses Litre x minimum flowrate of pipe diameter in Litres sec The flowrate frequency Hz minimum setting can be adjusted by soldering a capacitor in parallel with the standard capacitor found on the PCB See Table 2 and diagram below for values and location on the PCB ...

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