background image

E-73-2-E

J2

J1

J4

J3

OPEN: 0.3 to 12ms

CLOSE: 5 to 250ms

1

2

P1

Pulse width adjust

(MM: Pulse width adjust circuit)

1:1 waveshape

circuit

MM

DC power to pulse generator

DC power to the logics

2, 3, 4

11,1

FLOW IN

POWER

5, 6

7, 8

9,10

OUT 1

OUT 2

OUT 3

TP2

TP1

1

2

OPEN: One-shot

CLOSE: Upper cutoff

Generator select

circuit

Power supply

circuit

4. WIRING

(1) Separate field wiring from other power lines 

or power circuits to minimize the possibility 
of inductive interference.

(2) Terminal arrangement is shown in Fig. 4.1.
(3) M3.5 ×7 screws are used for terminals. 
  Ensure good electrical connections.
(4)  Upon  completion  of  wiring  connections, 

install the distributor body into the socket. 
Then  engage  the  locking  levers  on  the 
socket assembly with the distributor body.

(5) For incoming signal cables from the flowme-

ter or other signal sources, cables recom-
mended for the instrument of interest must 
be used. Transmission length also depends 
on the specification of that instrument.
For  other  signal  cables,  electrostati-
c a l l y - shielded,  polyethylene-insulated, 
vinyl-sheathed  control  cables  (CEVS  1.25 
to  2.00mm

2

, 2- or 3-conductor), or equiv-

alent, must be used. With a conductor area 
2 mm

2

, the maximum transmission length is 

one kilometer.

CAUTION

Make electrical connections upon confirmation of validity of flowmeter (pulse gen-
erator) and receiving instrument combination by their model No., serial No., etc.

● Description of Individual Circuits (by block)

   

 Pulse generator select circuit 

   ………Selects the acceptable signal type of pulse generator and shapes the waveform.
   

 Power supply circuit……………Furnishes power of required voltage to individual circuits.

   

 Pulse width adjust circuit ……Selects the “ON” duration of output pulse signals OUT 1, 2, and 3.

  

  ● 

1:1 waveshaping circuit………Adjusts the ON/OFF ratio of output signals OUT 1, 2, and 3 to 1:1.

5. OVERALL BLOCK DIAGRAM

Fig. 5.1

Fig. 4.1 Terminal Identification

 Wiring Connections

● FLOW IN terminals

2-wire sig.    3-wire sig.

● OUT1, OUT2, OUT3

Polarity observation 
is not required.

Summary of Contents for SU1308

Page 1: ...its design performance throughout the life of this distributor this manual offers the operator the necessary installation operation and maintenance information Be well familiar with these instruction...

Page 2: ...manual are the signal words NOTE CAUTION and WARNING as described in the examples below NOTE Notes are separated from the general text to bring the user s attention to important information CAUTION C...

Page 3: ...lly isolated outputs isolated also from the input 2 FEATURES 1 Compactly built plug in design Easy to use and maintain 2 Provides a power supply to the pulse generator and preamplifier converter of a...

Page 4: ...ed Transmission length also depends on the specification of that instrument For other signal cables electrostati c a l l y shielded polyethylene insulated vinyl sheathed control cables CEVS 1 25 to 2...

Page 5: ...n 3 Pulse generator valid on the pulse generator select board 1 Input wiring is incorrect 2 Pulse generator is at fault 3 Pulse generator select board is incorrect 4 Power supply board or pulse g e n...

Page 6: ...OPEN 0 3 to 12ms CLOSE 5 0 to 250ms TP1and 0VB If output mode is Duty sync with Input 1 1 it adjustment is correct at 1 ms 8 INDIVIDUAL JUMPER SETTING Input Setting Establish input pulse mode Establis...

Page 7: ...ance during ON 16 max Leakage current during OFF 1 A max Output pulse width One shot 1ms 50ms Upper cutoff in width of pulses sync with input 10ms 100ms Duty sync with input 1 1 Corresponds to output...

Page 8: ...pen collector pulse Other than above Output Pulse Width Pulse width 1ms Pulse width 50ms Sync with input Upper cutoff in width of pulses 10ms Sync with input Upper cutoff in width of pulses 100ms Sync...

Reviews: