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Connect the EP Sensor 

DTY-EPS

and the mini clamp connector. Follow

the procedure below to perform the connections.

1.

Check that the connector cover (the part where lead wire is inserted)
is protruding from the connector body.

It cannot be used if it’s flat and placed at the same level against the
body.

2.

Arrange the EP Sensor cable into the required form.
Since the insulation on the tip of the lead wire has been peeled off
and soldered, cut the wires at about 10mm [0.39in.] from the tip so
that it does not protrude from the insulation.

3.

Follow the instructions in the table to insert the lead wires into the
hole in the connector cover. Look through the top of the semi-
transparent cover to check that the lead wires have been firmly
inserted all the way to the back. (Insertion is about 9mm [0.35in.].)
Use caution in making the connections, since switching on the power
with mistakes in the connections will damage the EP Sensor and EP
Monitor.

4.

Taking care to avoid letting the lead wire slip out from the connector,
use pliers or some other hand tool to crimp the cover and connector
body, and push the cover into the connector body.
Limit the crimping force to 980.7N [220lbf.] or less.
When the cover is flat and placed at the same level against the
connector body, the connection is complete.

5.

Check one more time that the wiring is correct.

Sensor and connector connection procedure

To mount the EP Sensor and the power supply, switch, and
communication cable, align the lock lever position as shown in the figure,
and push until the lock hooks on the controller-side connector.
To remove, push down hard on the lock lever, take the connector and pull
it out. At this time, be careful to avoid applying unnecessary force on the
lead wires.

Connector for 
4 EP Sensors

Connector for power 
supply, switch, and 
communication cable

1ch

DTY-EPP-

-

□ 

DTY-EPS

2ch

3ch

4ch

Power supply, switch, 
and communication cable

EP Sensor

Lock lever

Lock lever

4 3 2 1

Attaching and removing of the EP Sensor, and the

power supply, switch, and communication cable

Attaching the panel mounting parts and protective front cover

Use the hex socket head
screws (M2.6

×

0.45,

length 5mm [0.197in.]) to
mount the mounting
bracket into the mounting
holes on the back of the
sensor controller.
The tightening torque
should be 0.32N

m

[2.83in

lbf].

2-M2.6

×

0.45  

Depth 6 [0.236in.]

(Mounting thread)

Mounting bracket

PSU-BR

Hex socket 
head screw
(Provided with 
mounting bracket)

Attaching the mounting bracket

Panel plate

Mounting 
body

Protective 
front cover 
(sold separately)

EP Monitor

Mounting holder

Groove on panel mounting body

1)

2)

3)

4)

Mounting and wiring

Cut

Ground terminal

Caution

No. on the connector

1

2

3

4

Color of lead wire

EP Sensor yellow/red wire

EP Sensor white/red wire

EP Sensor yellow/black wire

EP Sensor gray/red wire

EP Sensor 

Yellow/red wire

White/red wire

Yellow/black wire

Gray/red wire

1) Insert the mounting

body from the front of
the panel hole.

2) Insert the sensor

controller from the
back of the mounting
body.

3) From the back of the

position in 2), place
the mounting holder
on the mounting body
groove, and insert it.

4) Set the separately

sold protective front
cover in place.

For removal, follow the above
procedure in reverse, using a
screwdriver or other tool to remove
the mounting holder.

Signal name

EP Sensor power supply (

)

EP Sensor analog output

EP Sensor power supply (0V)

EP Sensor abnormality

EP Sensor 

1

2

3

4

Caution:

Prepare any unused lead wires so that they will not short circuit.

Summary of Contents for DTY-EPS Series

Page 1: ...imum sensor for electrostatic monitoring of automated lines arrives Optimum sensor for electrostatic monitoring of automated lines arrives EP Sensor Environmentally friendly RoHS Compliant Product Environmentally friendly RoHS Compliant Product ...

Page 2: ...utput and abnormality output to the EP Sensor unit Moreover since it can be connected directly to an external controller unit without passing through an amplifier etc the unit achieves a total space reduction Enables confirmation of ionizer performance with ion balance measurement function Easy checking of simple ion balance by mounting a monitor platenote Note Monitor plate is optional Component ...

Page 3: ...d the software from the Koganei website Major characteristics Can perform displays of EP Sensor settings and measurement data Compatible OS Windows NT 2000 XP Windows is a registered trademark of Microsoft Corporation Features Safety Precautions Handling Instructions and Precautions EP Sensor Specifications EP Sensor Output Circuit and Cable Signal Table EP Monitor Specifications Internal Circuit ...

Page 4: ...232C Terminal PC support software for settings use only for settings EP Sensor EP Monitor SW1 4 1ch 2ch 3ch 4ch External control device PLC PC etc Analog signal A S OUT S W OUT ch 1 2 3 4 PSU Cable DTY EPP CB L or equivalent Multiple RS232C ports are mounted on the monitor device to enable connection of multiple EP Sensors for centralized monitoring Setting is performed from the monitor device EP ...

Page 5: ... may result in current leaks or defective continuity that could lead to fire electric shock or abnormal operation Do not throw the product into fire The product could explode and or release toxic gases Do not sit on the product place your foot on it or place other objects on it Accidents such as falling could result in injury Dropping or toppling the product may result in injury or it might also d...

Page 6: ...ween the ion balance monitor mode and actual measured data output mode the reference electric potential is automatically set to the ground electric potential connected to the body Zero calibration Major parts and functions of EP Monitor Name Description q Alarm LED red Blinks when judgment output is ON lights up when sensor abnormality occurs w Power LED green Lights up when power supply is ON e C...

Page 7: ...connector and pull it out At this time be careful to avoid applying unnecessary force on the lead wires Connector for 4 EP Sensors Connector for power supply switch and communication cable 1ch DTY EPP DTY EPS 2ch 3ch 4ch Power supply switch and communication cable EP Sensor Lock lever Lock lever 4 3 2 1 Attaching and removing of the EP Sensor and the power supply switch and communication cable Att...

Page 8: ...tput Communication I F Sampling period Data output cycle Input output response time for averaged data output mode Note 1 Temperature characteristics Operating temperature range Operating humidity range Storage temperature range Cable length Case material Outer dimensions Mass Accessories Method Applied voltage Sink current Method Applied voltage Sink current Output voltage Zero point DTY EPS DTY E...

Page 9: ...e will drop due to resistance in the cable Key to codes D Reverse current protection diode for power supply ZD1 ZD4 Zener diode for surge voltage absorption Tr1 Tr4 NPN output transistor Model Item Voltage Current Sensor input Switch output Electric potential display Switch output check display Input channel check display Setting key switch Communication I F Operating temperature range Operating h...

Page 10: ...on cable CB No communication cable CC With communication cable Cable length 13L 3m 9 84ft 10L 10m 32 8ft Additional parts to be ordered separately Communication cable for EP Sensor 3m Monitor plate Component bracket DTY EPP BR2 DTY EPP MP DTY EPP CA 3L DTY EPU Protective front coverNote Blank Without protective front cover C With protective front cover Power supply switch and communication cable B...

Page 11: ... 23 50 40 5 0 1 Ground washer 24V50mA 4 1 Ground washer Ground terminal 0 0 2 2 φ3 2 12 6 15 0 8 0 15 22 19 6 34 2 DTY EPS SER SER ALM POW CAL CAL POW ALM 24 32 With 2 pcs M4 0 7 length 10 hex socket head screws 2 φ4 2 2 M3 0 5 EP Sensor DTY EPS Can be moved to any desired angle Can be moved to any desired angle Detecting position 7 5 22 13 3 9 Detecting position 60 135 95 150 φ6 φ9 71 22 6 18 11 ...

Page 12: ... 1 5V 1 V 4 T U O 3 T U O 2 T U O 1 11 10 1 2 V 0 3 T U O 4 5 6 7 8 D X R 9 D X T S T R S T C SENSOR V 0 V DC 24 1 c h 2 c h 3 c h 4 c h Wiring label enlarged view Connector for power supply switch and communication cable 12 4 15 6 14 9 5 9 5 Pin 1 4 3 2 1 2 φ4 5 9 11 4 5 16 11 2 φ2 9 9 6 7 24 7 30 4 38 12 6 1 6 With 2 hex socket head screws M2 6 0 45 length 5 29 8 9 5 50 L φ3 8 6 leads Power supp...

Page 13: ...achining dimensions for the EP Monitor mounting hole 48 4 32 7 48 55 4 A S OUT S W OUT ch 1 2 3 4 DTY EPU 51 2 51 2 9 5 8 70 70 45 0 6 0 45 0 6 0 Notes 1 Use a mounting panel thickness of 1 to 3 2mm 2 If mounting in adjacent positions make the interval larger than the value shown in the figure above 3 Conforms to DIN43700 ...

Page 14: ... 3 MEMO ...

Page 15: ...ing from the defects KOGANEI CORP shall in no way be liable or responsible for injuries or damage to persons or property arising out of the use or operation of the manufacturer s product This warranty shall be void if the engineered safety devices are removed made inoperative or not periodically checked for proper functioning Any operation beyond the rated capacity any improper use or application ...

Page 16: ...nei co jp OVERSEAS DEPARTMENT 3 11 28 Midori cho Koganei City Tokyo 184 8533 Japan Tel 042 383 7271 Fax 042 383 7276 MICHIGAN REPRESENTATIVE OFFICE 5070 East N Ave Kalamazoo Michigan 49048 U S A Tel 269 388 8769 Fax 269 388 8771 SHANGHAI KOGANEI INTERNATIONAL TRADING CORPORATION Room 2606 2607 Tongda Venture Building No 1 Lane 600 Tianshan Road Shanghai 200051 China Tel 021 6145 7313 Fax 021 6145 ...

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