background image

 

Guard Lock Safety-door Switch

 D4JL

S

a

fe

ty D

o

o

r

Sw

it

c

h

e

s

P

recau

ti

on
s f
o

r

All Sa

fe

ty

 Do

o

r

Switch

e

s

D4
NS

D4
GS-

N

D

4

BS

D4
G

L

D4
JL

D

4

NL

D4
BL

D4
NH

D

4

0

B

D4
NS-

SK0

1

D4
NS-

SK3

0

D4
J

L

-SK3

0

57

Connections

Indicators

Internal Circuit Diagram

Circuit Connection Example

(Examples for the D4JL-

@

NF

@

-

@

)

• Terminals 11-42 and terminals 21-52 are connected internally and 

so connect terminals 12-41 and 22-51 for safety-circuit input. (GS-
ET-19).

• Direct opening contacts used as safety-circuit input are indicated 

with the 

 mark. Terminals 11-12 and terminals 21-22 are direct 

opening contacts.

• Do not connect the indicator directly to direct opening contacts. If 

indicator is connected in parallel with direct opening contacts, a 
short-circuit current may flow in the event that the indicator is 
damaged, causing equipment to malfunction.

• Do not switch standard loads for more than 2 circuits at the same 

time. Otherwise, the level of insulation may decrease.

• The solenoid terminals have polarity (E1: + and E2: 

). Confirm the 

polarity before wiring.

Contact Forms

Indicates conditions where the Key is inserted and the lock is applied. Terminals 42-11 and terminals 52-21 are connected internally (as per BIA 

GS-ET-19).

Z

D

LED

R

D

24 VDC

O1 (+)

O2 (

)

41

42

51

52

63

64

11

12

21

22

33

34

To safety circuit

To safety circuit

To control circuit

To control circuit

O1
(+)

O2

(

)

LED

E1
(+)

E2
(

)

Door Open/
closed 
Detection 
Switch

Lock Monitor Switch

Model

Contacts 

(door open/closed detection 

and lock monitor)

Contact forms

Operating pattern

Remarks

Lock monitor

Door open/

closed detection

D4JL-

@

NF

@

-

@

2NC/1NO+2NC/1NO

NC contacts 11-12 and 21-22 
have a certified direct 
opening mechanism (

).

The terminals 41-12, 51-22, 
33-34, and 63-64 can be 
used as unlike poles.

D4JL-

@

PF

@

-

@

2NC/1NO+3NC

NC contacts 11-12 and 21-22 
have a certified direct 
opening mechanism (

).

The terminals 41-12, 51-22, 
33-34, and 61-62 can be 
used as unlike poles.

D4JL-

@

QF

@

-

@

3NC+2NC/1NO

NC contacts 11-12, 21-22 
and 31-32 have a certified 
direct opening mechanism 
(

).

The terminals 41-12, 51-22, 
31-32, and 63-64 can be 
used as unlike poles.

D4JL-

@

RF

@

-

@

3NC+3NC

NC contacts 11-12, 21-22, 
and 31-32 have a certified 
direct opening mechanism 
(

).

The terminals 41-12, 51-22, 
31-32, and 61-62 can be 
used as unlike poles.

41

51

52

63

64

42

11

Door open/

closed detection

Lock monitor

12

33

34

22

21

ON

Stroke

41-12
51-22
33-34
63-64

Operation Key insertion 
completion position

Extraction 
completion position

Lock position

41

51

52

61

62

42

11

12

33

34

22

21

Door open/

closed detection

Lock monitor

ON

Stroke

41-12
51-22
33-34
61-62

Operation Key insertion 
completion position

Extraction 
completion position

Lock position

41

51

52

63

64

42

11

12

31

32

22

21

Door open/

closed detection

Lock monitor

ON

Stroke

41-12
51-22
31-32
63-64

Lock position

Operation Key insertion 
completion position

Extraction 
completion position

41

51

52

61

62

42

11

12

22

21

32

31

Door open/

closed detection

Lock monitor

ON

Stroke

41-12
51-22
31-32
61-62

Lock position

Operation Key insertion 
completion position

Extraction 
completion position

Summary of Contents for D4JL-1NFA-C5

Page 1: ...page 55 for a list of models OMRON also offers Trapped Key Switches on mechanical lock models only The door can be opened only by supplying power to the solenoid and then turning the trapped key to un...

Page 2: ...ical lock 24 VDC solenoid release G 24 VDC Solenoid lock Mechanical release 5 Indicator C 24 VDC green LED indicator D 24 VDC orange LED indicator 6 Release Key Type 5 Special release key See note 3 6...

Page 3: ...D4JL 2NFG C5 1 2 14NPT D4JL 3NFG C5 M20 D4JL 4NFG C5 2NC 1NO 3NC PG13 5 D4JL 1PFG C5 G1 2 D4JL 2PFG C5 1 2 14NPT D4JL 3PFG C5 M20 D4JL 4PFG C5 3NC 2NC 1NO PG13 5 D4JL 1QFG C5 G1 2 D4JL 2QFG C5 1 2 14N...

Page 4: ...FA C6 1 2 14NPT D4JL 3NFA C6 M20 D4JL 4NFA C6 2NC 1NO 3NC PG13 5 D4JL 1PFA C6 G1 2 D4JL 2PFA C6 1 2 14NPT D4JL 3PFA C6 M20 D4JL 4PFA C6 3NC 2NC 1NO PG13 5 D4JL 1QFA C6 G1 2 D4JL 2QFA C6 1 2 14NPT D4JL...

Page 5: ...A C7 01 G1 2 D4JL 2PFA C7 01 1 2 14NPT D4JL 3PFA C7 01 M20 D4JL 4PFA C7 01 3NC 2NC 1NO PG13 5 D4JL 1QFA C7 01 G1 2 D4JL 2QFA C7 01 1 2 14NPT D4JL 3QFA C7 01 M20 D4JL 4QFA C7 01 3NC 3NC PG13 5 D4JL 1RF...

Page 6: ...ils UL See note UL 508 CSA C22 2 No 14 CQC CCC GB14048 5 Application scheduled Item Utilization category AC 15 DC 13 Rated operating current Ie 3 A 0 27 A Rated operating voltage Ue 240 V 250 V Rated...

Page 7: ...tacts door open closed detection and lock monitor Contact forms Operating pattern Remarks Lock monitor Door open closed detection D4JL NF 2NC 1NO 2NC 1NO NC contacts 11 12 and 21 22 have a certified d...

Page 8: ...is supplied to the solenoid The door is unlocked manually E1 E2 Solenoid ON 41 12 NC 51 22 NC Door open closed detection and lock monitor contacts 31 32 NC Door open closed detection contact 33 34 NO...

Page 9: ...ase button Terminal No and function Door open The door will lock when the door closes Door closed The door is locked Door open The door can be opened Door closed No power is supplied to the solenoid T...

Page 10: ...he Key is not inserted The door will not lock when the door closes Door closed The Key is not inserted The door is not locked Door closed The Key is inserted The door is locked Door closed The Key is...

Page 11: ...ples Mechanical Lock Models Solenoid Lock Models Operation Key removed Operation Key inserted Door locked Solenoid ON Door unlocked B B OFF Cross sectional view B B Cross sectional view B B B B OFF Cr...

Page 12: ...Key inserted solenoid OFF and trapped key inserted Status Door locked and trapped key cannot be removed Cross sectional view B B OFF B B Cross sectional view B B OFF B B Cross sectional view B B OFF B...

Page 13: ...L F D5 Operating characteristics Model D4JL F C5 D4JL F D5 Key insertion force Key extraction force 20 N max Approx 6 N Pre travel distance 14 mm max Movement before being locked 3 3 mm min Black Red...

Page 14: ...6 21 B B Cross sectional view B B Cross sectional view A A Cap screw Conduit cap 2 conduits A A Four 5 4 dia holes Trapped key Manual release screw Head cap Six cover mounting screws 5 2 10 0 40 51 1...

Page 15: ...tolerance of key hole 0 8 22 Black Red Black Red 22 51 7 5 Horizontal insertion radius R 270 Vertical insertion radius R 270 Center tolerance of key hole 0 8 Center tolerance of key hole 0 8 Operatio...

Page 16: ...4 KM1 KM2 KM1 KM2 M 44 54 62 K2 K2 6 K3 1 a b OffDelay Timer Control Circuit K4 a b Operation instruction Feedback loop KM1 KM2 S3 Motor controller S1 Safety door Switch with direct opening contact S2...

Page 17: ...34 M2 KM4 KM3 Motor controller 51 52 21 22 51 52 21 22 Logical AND connection G9SX BC Basic Unit Emergency stop switch Emergency stop switch Safety Door Switch Safety Door Switch Advanced Unit G9SX AD...

Page 18: ...tioning to its full capability Make sure the Switch is mounted securely to prevent it from falling off Otherwise injury may result Mount the Operation Key so that it will not come into contact with pe...

Page 19: ...it to the LOCK setting before resuming operation The release key is set in the unlock position at the factory for the D4JL A 5 and D4JL A 6 and in the lock position for the D4JL G 5 and D4JL A 7 If th...

Page 20: ...er the machine stops operating Mounting Methods Tightening Torque Be sure to tighten each screw of the Switch properly Loose screws may result in malfunction Switch and Operation Key Mounting Mount th...

Page 21: ...to a suitable torque The conduit cap is provided with the Switch Recommended Connectors Use a connector with a screw section not exceeding 9 mm Otherwise the screws will protrude into the case interi...

Page 22: ...d Lock Safety door Switch will heat when power is supplied to the solenoid Do not touch these Switches Perform maintenance inspections periodically In the interest of product improvement specification...

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