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Mecon GmbH 

Phone +49(0)241 41369 – 0   

Fax +49(0)241 41369 – 40 

Zieglerstraße 10 – 16 

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Page 9 / 35 

D-52078 Aachen 

   

 

Mecon 02/2010 

 

Transmitter mag-flux M1

Technical data mag-flux M1 

Weight: 

2,4 kg 

Material: 

aluminum die-cast housing,   
powder-coated 

Process connection: 

Directly 

mounted 

on 

the 

sensor 

(compact  version)  or  connected  via 
cable (remote version). 

 

Electrical connection: 

Mains 
230 V AC, -15%/+10%, 50/60 Hz 
115 V AC; -15%/+10%, 50/60 Hz 

or 

24 V DC; ±15 % 

Power consumption: 

10 VA 

Mains fuse: 

5 x 20mm (acc. DIN 41571-3) 

Rated voltage: 

250V AC 

Braking capacity: 

80A@250V AC 

Mains 

Rated current 

250 V AC 

100 mA (T) 

115 V AC 

100 mA (T) 

24 V  DC 

1 A (T) 

 

Electrical terminals 

 

 

Fig 11 

Electrical connections of the transmitter 

mag-flux M1

 

 

Fig 12 

Electrical connection of the 

mag-flux M1

 

(remote version only) 

Cable specification 

If  the  transmitter  is  mounted  separately  from  the  sensor,  the 
following cables must be used: 

Electrode cable and field coil cable 

as  shielded  twisted  pair.    In  order  to  protect  the  cable  from  ex-
ternal  interference,  the  twisted-pair  wires  are  covered  by  an 
additional, overall shield. 

Cable 

length 

wire  

cross section 

Example 

≤ 10 m 

≥ 0,25 mm² 

LIYCY-CY TP 2x2x0,25 mm². 

> 10 m 

≥ 0,75 mm² 

SLIYCY-C11Y (2x(2x0,75 mm²)). 

 
The outer shield  is  groundet by  means of special EMC-compliant 
cable glands at both ends of the cable. 
 

Wiring diagrams 

Connection of the signal cables 

• 

Lay  the  signal  cables  separately  from  cables  with  voltages  > 
60 V. 

• 

Only use signal cables as specified in chapter „Electrode cable 
and field coil cable“. 

• 

Avoid  laying signal cables  close to large electrical installations 
or use – if possible – only shielded cables. 

• 

A load at  least 250  Ω  must exist  in the signal circuit  for error 
free communication via the HART

®

 protocol. 

 

Fig 13 

Mains and signal terminals of the transmitter    

mag-flux M1

 

 

Terminal  Label 

Function 

PE 

Protective conductor 

Mains 

Mains 

Pulse - 

Pulse output (passive) 

Pulse + 

Pulse output (passive) 

Status - 

Status output (passive) 

 

Status output (passive) 

Current - 

Current output (aktive) 

Current output (aktive) 

 

Signal line 

Power supply 

Содержание mag-flux M1

Страница 1: ...a later time will not be honored II Warranty Your flowmeter was manufactured in accordance with the highest quality standards and was thoroughly tested prior to shipment However in the event any prob...

Страница 2: ...re to be used MECON GmbH accepts no liability for any loss or damage of any kind arising from improper operation of any product improper handling or use of any replacement part or from external electr...

Страница 3: ...trical devices device installation and process tech nology when replacing the transmitter elec tronics The highly integrated electronic com ponents of the device are ESD sensitive Caution The complete...

Страница 4: ...bes In order to be able to calculate the volume flow when using the mag flux flow probes correctly from the measured flow velocity the installation requirements must be kept regarding position and mou...

Страница 5: ...e operates the empty pipe detection Insulation coatings on the electrodes surface worse the empty pipe detection Data memory chip DSM The replaceable data memory chip DSM is an EEPROM device in DIL 8...

Страница 6: ...HART Volume flow or flow speed Using the HART protocol the current output has to be assigned to volume flow in the mode of 4 20mA Pulse Frequency output Pulse duration adjustable range is 0 1 2000 ms...

Страница 7: ...ds to be mounted separately from the sensor if the mounting area is difficult to access there is a lack of space medium and ambient temperatures are extremely high there is strong vibration Fig 6 Prop...

Страница 8: ...ss conditions Fluid temperature The data sheet rating plate of the connected transmitter is binding With directly mounted transmitter on the sensor compact version the heat entry from the process to t...

Страница 9: ...coil cable as shielded twisted pair In order to protect the cable from ex ternal interference the twisted pair wires are covered by an additional overall shield Cable length wire cross section Example...

Страница 10: ...spectively For terminal assignments see Electrical terminals on page 9 Caution Do not connect or disconnect the field coil cable before the primary power of the meter has been disconnected Please obse...

Страница 11: ...terface is connected via terminals 8 and 9 of the active current output The minimum load impedance is 250 Fig 19 Electrical connection for HART communication schematic diagram Display and operator int...

Страница 12: ...ry the display board inside the electronic compartment by loosing the three thread bolts 4 Unplug the green connector on the power supply board 5 Screw out the 3 thread bolts and after that extract th...

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