Interlock Switches with Solenoid

Compact Design

HS5L

127

145.7

Size is reduced by 13% from conventional models.*
Mounts on small doors and aluminum frames of machines.
Compact design with 2- and 4-contacts reduce installation space.
Greater flexibility in machine design.

13% shorter

Approx.

ucts)

EC prod

d with ID(Compare

HS5L

Conventional Model

HS5E* Except two-conduit modelAll dimensions in mm.

Compact with powerful 1400N locking strength
The size is greatly reduced while achieving the same 1400N (Fzh)locking strength as the conventional HS5E series. (GS-ET-19)

Compact design with 2- and 4-contacts

Gold-plated contacts suitable for small loads.
Rear unlocking button
Door lock can be unlocked inside the barrier by a worker left insidea hazardous area.
Rear unlocking
button kit forframesRear unlocking
buttonexceptsome models • See website for details on approvals and standards.
• KOHSA (S mark) approved only on some models.

Additional Marking to indicate Locking Monitoring
This new international marking for lock monitoring is described inclause 9.2.1 of ISO14119 and is used to satisfy the requirements
shown below.
5.7.1 General requirements
5.7.2.2 Locking monitoring
The lock monitor circuit (contacts) with this marking can monitor
both the status of protective door and locking function. (locking
monitor contact [circuits] opens when the protective door is closed
and locked)

The head orientation can be rotated, allowing 8 different entries.
Angle Adjustable Actuator (vertical/horizontal) with Plate
A new addition to angle adjustable actuator. Retention force of
1400N.

Both spring lock and solenoid lock models of HS5L have marking
for lock monitoring. Note that solenoid lock model can be used inapplications where lock for safety purpose is found unnecessary after
a risk assessment, e.g. locking is needed for purposes such as inproduction process.

E-031

FeaturesPage

2-Contact

E-033

4-Contact

E-036

Spring loaded actuator
IDEC patented spring loaded actuator locks the door safely when
the door bounces. When the actuator is fully inserted (door closed
completely), the door can tolerate a space of up to 16mm.

Patent acquired* Accessory exclusive for HS5L.

Two-conduit Model

Energy saving!

Spring clamp terminals offer excellent
vibration resistance, preventing wires fromloosening. No need for additional tightening.

Cable can be connected to the right, left, or
bottom (for straight cable orientation) of theterminal cover. Possible to use long marking
tubes with the wiring cables.

Solenoid energy consumption: 200mA
Reduced by 25% from conventional HS5E
series.
266mA

Safety Products

Spring clamp terminalsdreduce. 25% oducts)
Approxred with IDEC pr(C ompa

200mA
APEM
Switches &Pilot Lights

Driver port

Control Boxes

Wiring port

Left cable orientation

Emergency
Stop Switches
Enabling
Switches

Right cable orientation
Conventional Model

HS5E

Driver port

HS5L

Safety Products
Explosion Proof
Terminal Blocks

Straight cable orientation

Wiring port

Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination

Head Removal Detection Circuitry

Controllers

Head removal detection circuitry is employed in the HS5L. With this innovative function, the monitor circuit (41-42) turns off when the head isremoved from the switch, such as when removing the head to change the head direction (applicable with the HS5L spring lock models). For
example, for circuit codes: VB, VD and DD, which have two or more lock monitor circuits installed, removing the head results in disparity (41-42:
OFF, 51-52: ON). This disparity is detected by the head removal detection function.

Operator
Interfaces
Sensors
AUTO-ID• HS5L-VD44M-G (Lock monitor circuit)
Actuator unlocked

(+)
A2

(–)
A1

Lock monitor circuit 41

42

Lock monitor circuit 51

52

Actuator locked

Head removed
Head removal
detection function
Monitor circuit(41-42)

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

OFF

ON

OFF

OFF

ON

ON

Disparity

Note: Head removal detection function is not a direct opening action mechanism.

HS6B
HS6E
HS5D

Spring lock and Solenoid lock models available
Spring Lock
• Automatically locks the actuator without power applied to the solenoid.
• After the machine stops, unlocking is completed by the solenoid, providing high safety features.
• Manual unlocking is possible in the event of power failure or maintenance using a manual unlocking key.
• Head removal detection circuitry (spring lock models only).

HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Solenoid Lock
• The actuator is locked when energized.
• The actuator is unlocked when de-energized.
• Flexible locking function can be achieved, for an application where locking is not required and sudden stopping of a machine must be prevented.

E-032

Safety Products

HS5L Interlock Switches with Solenoid (2-Contact)
Two-contact solenoid interlock switches ideal for use on applications such as food machines andinjection molding machines.
Two-conduit
model

APEM
Switches &Pilot Lights
Control Boxes
Emergency
Stop Switches
Enabling
Switches
Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets

Power Supplies

Specifications

LED Illumination
Controllers

Applicable Standards

Operator
Interfaces
Sensors
AUTO-ID

Ratings
EN ISO14119
GS-ET-19 (TÜV approval)
EN60947-5-1 (TÜV approval)
UL508 (UL listed)
CSA C22.2 No. 14 (c-UL listed)
GB/T14048.5 (CCC approval)
KS C IEC60947-5-1/S1-G-1/S2-E-4 (KOSHA approval) (*1)
IEC60204-1/EN60204-1 (applicable standards for use)

Type and Coded level

Type 2 low level coded interlocking device (ISO14119)

Operating Temperature–25 to + 55°C (no freezing)

Relative Humidity

20 to 95% (no condensation)

Storage Temperature–40 to +80°C (no freezing)

Pollution Degree

3Contact Ratings
Rated Insulation Voltage (Ui)250V
(between LED, solenoid and grounding: 30V)

Rated Current (Ith)

2.5A

Rated Voltage (Ue)Rated Current(Ie)*

Circuit
Protectors

AC
DC

30V

125V

Resistive Load (AC-12)

−

2.5A

1.5A

Inductive Load (AC-15)

−

1.5A

0.75A

Resistive Load (DC-12)

2.5A

1.1A

0.55A

Inductive Load (DC-13)

2.3A

0.55A

0.27A

• Minimum applicable load (reference): 3V AC/DC, 5mA(Applicable range may vary with operating conditions and load types.)* UL, c-UL rating: Pilot Duty AC 0.75A/250V,
		
Pilot Duty DC 1.0A/30V
TÜV rating:AC-15 0.75A/250V, DC-13 2.3A/30V
CCC rating:AC-15 0.75A/250V, DC-13 2.3A/30V
KOSHA rating: AC-15 0.75A/250V, DC-13 1.0A/30V (*1)

Insulation Resistance(500V DC megger)

2.5kV(between LED, solenoid and grounding: 0.5kV)
Between live and dead metal parts: 100MΩ min.
Between terminals of different poles: 100MΩ min.

Electric Shock Protection

Class II (IEC61140)

Degree of Protection

IP67 (IEC60529) Type 4X Indoor Use Only

Solenoid

Operating extremes: 100m/s2 (10G),
Damage limits: 1000m/s2 (100G)
Operating extremes: 10 to 55Hz, amplitude 0.35 min.
Damage limits: 30Hz, amplitude 1.5mm min.

Locking Mechanism

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

Impulse Withstand Voltage

Safety Modules

Vibration Resistance

Shock Resistance

Actuator Operating Speed

0.05 to 1.0m/s

Direct Opening Travel

11.0mm min. (Actuator: HS9Z-A51/A5P)
12.0mm min. (Actuator: HS9Z-A52/A51A/A52A/A53/
A55/A55S/SH5/EH5L)
24.5mm min. (Actuator: HS9Z-BA5)

HS6B

Spring Lock
100% duty cycle 24V DC

Rated Current

200mA (initial value)

Coil Resistance120Ω (at 20°C)

Pickup Voltage

Rated voltage × 85% max. (at 20°C)

Dropout Voltage

Rated voltage × 10% min. (at 20°C)

Maximum Continuous Applicable Voltage

Rated voltage × 110%

Maximum Continuous Applicable Time

Continuous

Insulation ClassClass F

120N min.

Actuator Retention Force (*2)

HS5D

Fzh = 1400N min. (GS-ET-19)
However, Fzh=500N min. when HS9Z-A55 is used

Indicator

Operating Frequency

900 operations per hour

Rated Voltage

24V DC

HS5L

Rear Unlocking Button
Mechanical Durability

3,000 times min. (HS5L-L)

Rated Current

10mA

Light Source

LED

Illumination Color

G (Green)

HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Mechanical Durability

Electrical Durability
Conditional Short-circuit
Current
Cable
Weight (Approx.)

2,000,000 times min.
(Operation frequency 900 times/hour, actuator insert/remove,solenoid operation) 100,000 times min. when using HS9Z-SH5/
EH5L/DH5 (actuator insert/remove)
100,000 times min. (Operating Frequency:
900 operations per hour)
2,000,000 times min. (24V AC/DC, 100mA)
50A (250V) (Use 250V/10A fast-blow fuse for short- circuit
protection.)
0.3mm2 min. and 1.5mm2 max. or AWG22 min. to AWG16 max.
strand wire or single wire
300g*1) Not applicable for all models. Visit IDEC’s website for details.
*2) See E-044 regarding actuator retention force.

E-033

Solenoid Lock

Rated Voltage

Direct Opening Force

HS6E

250V

HS5L Interlock Switches with Solenoid (2-Contact)
Safety Products

HS5L Interlock Switches with Solenoid (2-Contact)
2-Contact

Package Quantity: 1

CircuitCodeContact Configuration
Door Monitor(Actuator inserted)

XD
12

Gland Port Size

HS5L-XD44M-G
HS5L-XD7Y4M-G

A1

Lock Monitor Circuit: 1NC

Monitor Circuit:

41

SolenoidPart No.

Lock Monitor
Spring lockSolenoid OFF
Solenoid lockSolenoid ON
A2Door Monitor Circuit: 1NC
Monitor Circuit: 11

Spring lock42

HS5L-XD44LM-G

Switches &Pilot Lights(Rear Unlocking Button Model)(Note)

Control Boxes

Door Monitor Circuit: 2NC
XF

11
21

Monitor Circuit:
Monitor Circuit:

12
22

—

HS5L-XF7Y4M-G—

HS5L-XG7Y4M-G

Door Monitor Circuit: 1NC,1NO
XG

11
23

Monitor Circuit:
Monitor Circuit:

HS5L-XH44M-G

Relays & Sockets

HS5L-XH7Y4M-G
41
51

Monitor Circuit:
Monitor Circuit:

XJ

Monitor Circuit:
Monitor Circuit:

42
52

HS5L-XH44LM-G(Note)(Note)

Power Supplies
LED Illumination

HS5L-XJ44M-G• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Actuators are not supplied with the interlock switch and must be ordered separately.
SM-G)• Contact us for details of two-conduit model. (Part No: HS5L-

HS5L-XJ7Y4M-G

Note: Both spring lock and solenoid lock models of HS5L havemarking for lock monitoring. Note that solenoid lock model
can be used in applications where lock for safety purpose isfound unnecessary after a risk assessment, e.g. locking isneeded for purposes such as in production process.

Circuit Diagrams and Operating Characteristics
Spring Lock
Status 1

Status 2

Door Closed
Machine ready tooperateSolenoid de-energized

Status 4

When unlocking manually

Door open
Machine cannot be
operated
Solenoid de-energized

Door Closed
Machine cannot be operated
Solenoid de-energized

Status 3

Door Closed
Machine cannot be
operated
Solenoid energized

Door open
Machine cannot be
operated
Solenoid energized

Press
Press

Door Status· Turnthethe· Turnmanualmanualunlockkeykeyunlock(*1)(*1)(+)
A2

Circuit Example: HS5L-XD4
11

Part No. Circuit Diagram

Door

12

41

(–)
A1
42

Closed (locked)
Door Monitor(Actuator inserted)

HS5L-XD4
Monitor Circuit:

11

Monitor Circuit:

(+)
A2

12

Lock Monitor(Solenoid OFF)

41 42

HS5L-XH4
Monitor Circuit:
Monitor Circuit:

41 42
51 52

(-)
A1

Circuit
Protectors(Rear Unlocking Button Model)

Lock Monitor Circuit: 1NC, 1NO(Note)
41 42
53 54

Interlock Switch Status

Explosion Proof
Terminal Blocks

Lock Monitor Circuit: 2NC

XH

XH

Emergency
Stop Switches
Enabling
Switches
Safety Products

M20

12
24

		

APEM

11

12

41

(+)
A2

(–)
A1

(+)
A2

42

Closed (unlocked)

11

12

41

Open

(–)
A1
42

(+)
A2
11

12

41

42

Open

11

12

Operator
Interfaces
Sensors
AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules· Press
thethe· Press
rearrear
unlockingunlockingbuttonbutton(*2)(*2)

(+)
A2

(–)
A1

Controllers

41

(–)
A1
42

HS6B
HS6E
HS5D
HS5L

Closed (unlocked)
HS1L

Monitor Circuit(door closed)
11-12

Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52

Solenoid Power A1-A2 (common to all types)

OFF (de-energized)

ON (energized)

ON (energized)

OFF (de-energized)

OFF (de-energized)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Monitor Circuit: Sends monitoring signals of protective door open/closed status door monitor) or protective door lock/unlock status (lock monitor).
*1) Actuator can be unlocked manually for confirming the door movement before wiring and energizing, and also for emergency situation such as power failure.
*2) When an operator is confined within a dangerous zone, the actuator can be unlocked manually by pressing the rear unlocking button (rear unlocking button model).

E-034

HS5L Interlock Switches with Solenoid (2-Contact)
Safety Products

Circuit Diagrams and Operating Characteristics
Solenoid Lock

Status 1
Interlock Switch Status

Status 2

Door Closed
Machine ready to operate
Solenoid energized

Status 4

Unlocking using Manual
Unlock Key

Door open
Machine cannot be
operated
Solenoid energized

Door Closed
Machine cannot be operated
Solenoid de-energized →energized

Status 3

Door Closed
Machine cannot be
operated
Solenoid de-energized

Door open
Machine cannot be
operated
Solenoid de-energized

APEM
Switches &Pilot Lights

Door Status
LOCK
UNLOCK
When unlocking
manually

Control Boxes
Emergency
Stop Switches
Enabling
Switches(+)
A2

Circuit Example: HS5L-XD7Y
11

Safety Products
Explosion Proof

Door
HS5L-XD7Y

Terminal Blocks

Door Monitor(Actuator inserted)

Relays & Sockets
Monitor Circuit:

AUTO-ID

41

42
(*4)

Monitor Circuit:Part No. and Circuit Diagram

Sensors

A1

HS5L-XF7Y (*3)

LED Illumination

Operator
Interfaces

12

Monitor Circuit:

Power Supplies

Controllers

11

Monitor Circuit:

11
21

12
22

HS5L-XG7Y (*3)
Monitor Circuit:
Monitor Circuit:

11
23

12
24

HS5L-XH7Y
Monitor Circuit:
Monitor Circuit:

(*4)

41
51

42
52
(*4)

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L

HS5L-XJ7Y
Monitor Circuit:
Monitor Circuit:

(*4)

41
53

42

11

12

41

42

11

12

41

(–)
A1
42

11

12

41

42

(+)
A2
11

12

(–)
A1

41

42

Closed (locked)

Closed (unlocked)

Open

Open

Closed (unlocked)

OFF (energized)

OFF (de-energized)

OFF (de-energized)

ON (energized) (*2)

OFF (de-energized) →ON (energized)

Monitor Circuit(door closed)
11-12
Monitor Circuit(door closed)
21-22
Monitor Circuit(door closed)
11-12
Monitor Circuit(door open)
23-24
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(locked)
41-42
Monitor Circuit(unlocked)
53-54(*1) (*2)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Monitor Circuit: Sends monitoring signals of protective door open/closed status (door monitor) or protective door lock/unlock status (lock monitor).
*1) Do not unlock manually while the solenoid is energized.
*2) Do not energize the solenoid for a long period of time while the door is open or while the door is unlocked manually.
*3) Circuit codes XF and XG do not have signals to notify whether the switch is locked or unlocked. A different method should be used to check the lock status.
*4) Both spring lock and solenoid lock models of HS5L have marking for lock monitoring. Note that solenoid lock model can be used in applications where lock forsafety purpose is found unnecessary after a risk assessment, e.g. locking is needed for purposes such as in production process.

Operation Characteristics (Reference)
0 (Actuator Mounting Reference Position)

Approx. 3.3 (Locked position)
Approx. 5.3
Approx. 26.4
Approx. 6.9
Door Monitor Circuit (door open, NO)
Door Monitor Circuit (door closed, NC)
Lock Monitor Circuit (unlocked, NO)
Lock Monitor Circuit (locked, NC)(mm): Contacts ON(closed): Contacts OFF(open)• The operation characteristics shown in the chart above are for HS9Z-A51. For other actuators, add 1.3mm.
• See E-051 for HS9Z-BA5.
• The operation characteristics show the contact status when the actuator enters the entry slot of an interlock switch.

E-035

(–)
A1

(+)
A2

Monitor Circuit(locked)
41-42

Solenoid Power A1-A2 (all models)

HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

42
54

41

(+)
A2

(–)
A1

(+)
A2

Monitor Circuit(door closed)
11-12

Lock Monitor(Solenoid ON)

A2

Circuit
Protectors

12

(–)
A1

Safety Products

HS5L Interlock Switch with Solenoid (4-Contact)
Four-contact solenoid interlock switches ideal for use on limited mounting spaces
such as small doors.
Two-conduit
model

APEM
Switches &Pilot Lights
Control Boxes
Emergency
Stop Switches
Enabling
Switches
Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors

Applicable Standards

Ratings
EN ISO14119
GS-ET-19 (TÜV approval)
EN60947-5-1 (TÜV approval)
UL508 (UL listed)
CSA C22.2 No. 14 (c-UL listed)
GB/T14048.5 (CCC approval)
KS C IEC60947-5-1/S1-G-1/S2-E-4 (KOSHA approval) (*1)
IEC60204-1/EN60204-1 (Applicable standards for use)

Type and Coded Level

Type 2 low level coded interlocking device (EN/ISO14119)

Operating Temperature–25 to + 55°C (no freezing)

Relative Humidity

20 to 95% (no condensation)

Storage Temperature–40 to +80°C (no freezing)

Pollution Degree3

Impulse Withstand Voltage

2.5kV (between LED, solenoid and grounding: 0.5kV)

Insulation Resistance(500V DC megger)

Between live and dead metal parts: 100MΩ min.
Between terminals of different poles: 100MΩ min.

Electric Shock Protection

Class II (IEC61140)

Degree of Protection

IP67 (IEC60529) Type 4X Indoor Use Only

Shock ResistanceVibration ResistanceOperating extremes: 100m/s2 (10G)
Damage limits: 1000m/s2 (100G)
Operating extremes: 10 to 55Hz, amplitude 0.35 min.
Damage limits: 30Hz, amplitude 1.5mm min.

Actuator Operating Speed

0.05 to 1.0m/s

Direct Opening Travel

11.0mm min. (Actuator: HS9Z-A51/A5P)
12.0mm min. (Actuator: HS9Z-A52/A51A/A52A/A53/		
A55/A55S/SH5/EH5L)
24.5mm min. (Actuator: HS9Z-BA5)

Power Supplies

Contact Ratings

LED Illumination

Rated Insulation Voltage (Ui)250V
(between LED, solenoid and grounding: 30V)

Rated Current (Ith)

2.5A

Rated Voltage (Ue)Rated Current(Ie)*

Specifications

AC
DC

250V

Operator
Interfaces

2.5A

1.5A

Sensors

1.5A

0.75A

2.5A

1.1A

0.55A

2.3A

0.55A

0.27A

30V

125V

Resistive Load (AC-12)−

Inductive Load (AC-15)−

Resistive Load (DC-12)
Inductive Load (DC-13)• Minimum applicable load (reference): 3V AC/DC, 5mA(Applicable range may vary with operating conditions and load types.)* UL, c-UL rating: Pilot Duty AC 0.75A/250V,
			 Pilot Duty DC 1.0A/30V
TÜV rating: AC-15 0.75A/250V, DC-13 2.3A/30V
CCC rating: AC-15 0.75A/250V, DC-13 2.3A/30V
KOSHA rating: AC-15 0.75A/250V, DC-13 1.0A/30V (*1)

Solenoid
Locking Mechanism

Spring Lock
100% duty cycle 24V DC

Rated Current

200mA (initial value)

Coil Resistance120Ω (at 20°C)

Pickup Voltage

Rated voltage × 85% max. (at 20°C)

Dropout Voltage

Rated voltage × 10% min. (at 20°C)

Maximum Continuous Applicable Voltage

Rated voltage × 110%

120N min.

Actuator Retention Force (*2)

Fzh = 1400N min. (GS-ET-19)
However, Fzh=500N min. when HS9Z-A55 is used

Maximum Continuous Applicable Time

Continuous

Operating Frequency

900 operations per hour

Insulation ClassClass F

Rear Unlocking Button
Mechanical Durability

3,000 times min. (HS5L-L)

Indicator

2,000,000 times min.
(Operation frequency 900 times/hour, actuator insert/remove, solenoid
operation) 100,000 times min. when HS9Z-SH5/EH5L/DH5 (actuatorinsert/remove)

Rated Voltage

24V DC

Mechanical Durability

Rated Current

10mA

Light Source

LED

Illumination Color

G (Green)

100,000 times min.

(Operating Frequency:
900 operations per hour)
2,000,000 times min. (24V AC/DC, 100mA)

Conditional Short-circuit Current 50A (250V) (Use 250V/10A fast-blow fuse for short- circuit protection.)
Cable

0.3mm2 min. and 1.5mm2 max. or AWG22 min. to AWG16 max. strand
wire or single wire

Weight (Approx.)

300g

Solenoid Lock

Rated Voltage

Direct Opening ForceElectrical Durability

Controllers

AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

*1) Not applicable for all models. Visit IDEC’s website for details.
*2) See E-044 regarding actuator retention force.

E-036

HS5L Interlock Switch with Solenoid (4-Contact)
Safety Products

HS5L Interlock Switches with Solenoid (4-Contact)
4-Contact (Spring Lock/Solenoid Lock)
CircuitCodeContact Configuration

(+)
A2

APEM

VA

Emergency
Stop Switches
Enabling
Switches
Safety Products

Door Monitor: 1NC, 1NO
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:Control Boxes

VB

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:Terminal Blocks

Door Monitor: 2NC

Relays & Sockets

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

VC

11
23

(–)
A1

Spring lockSolenoidPart No.

HS5L-VA44M-G

HS5L-VA7Y4M-G

HS5L-VA44SM-G

HS5L-VA7Y4SM-G

Lock Monitor Circuit: 1NC,1NO
12
24

Door Monitor: 1NC, 1NO

Explosion Proof

Circuit
Protectors

11
23

Gland Port Size

Lock Monitor
Spring lockSolenoid OFF
Solenoid lockSolenoid ON

Door Monitor(Actuator inserted)

Switches &Pilot Lights

Package Quantity: 1

41

42

53

54

(Note)(two-conduit model)

Lock Monitor Circuit: 2NC
12
24

41

42

(Note)

51

52(Note)(two-conduit model)

HS5L-VB7Y4M-G
HS5L-VB44M-G
HS5L-VB7Y4SM-G(two-conduit model)

Lock Monitor Circuit: 1NC,1NO
11
21

12
22

41

42

53

54

(Note)

HS5L-VC44M-G

HS5L-VC7Y4M-G

HS5L-VC44SM-G

HS5L-VC7Y4SM-G

HS5L-VD44M-G

HS5L-VD7Y4M-G

HS5L-VD44SM-G

HS5L-VD7Y4SM-G

HS5L-VF44M-G

HS5L-VF7Y4M-G

HS5L-VF44SM-G

HS5L-VF7Y4SM-G

HS5L-VG44M-G

HS5L-VG7Y4M-G

HS5L-VG44SM-G

HS5L-VG7Y4SM-G

HS5L-VH44M-G

HS5L-VH7Y4M-G

HS5L-VJ44M-G

HS5L-VJ7Y4M-G

HS5L-VW44M-G

HS5L-VW7Y4M-G

HS5L-VX44M-G

HS5L-VX7Y4M-G(two-conduit model)(two-conduit model)

Power Supplies

Door Monitor: 2NC
LED Illumination
Controllers

VD

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

Lock Monitor Circuit: 2NC
11
21

12
22

41

42

(Note)

51

52(Note)

Operator
Interfaces(two-conduit model)

Sensors

Door Monitor: 3NC

AUTO-ID

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:VF

Lock Monitor Circuit: 1NC
11
21
31

12
22
32

41

42

(Note)

M20
Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

11
21
33

12
22
34

41

42

(Note)(two-conduit model)

VH

HS6B

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11

12

VJ

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

41
51
61

42
52
62

(Note)(Note)(Note)

Lock Monitor Circuit: 2NC, 1NO

Door Monitor: 1NC

HS6E(two-conduit model)

Lock Monitor Circuit: 3NC

Door Monitor: 1NC

Safety Modules

HS5D

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:(two-conduit model)

Lock Monitor Circuit: 1NC

Door Monitor: 2NC, 1NO
VG(two-conduit model)(two-conduit model)

11

12

41
51
63

42
52
64

(Note)(Note)

HS5L

Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Lock Monitor Circuit: 3NC

Door Monitor: 1NO

HS1L

VW

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:13

14

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

42
52
62

(Note)(Note)(Note)

Lock Monitor Circuit: 2NC, 1NO

Door Monitor: 1NO
VX

41
51
61

13

14

41
51

42
52

63

64

(Note)(Note)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Actuators are not supplied with the interlock switch and must be ordered separately.
• For safety circuit input, connect to the monitor circuit with marking.
• Contact us for details of two-conduit model. (Part No: HS5L-SM-G)
Note: Both spring lock and solenoid lock models of HS5L have marking for lock monitoring. Note that solenoid lock model can be used in applications where lock forsafety purpose is found unnecessary after a risk assessment, e.g. locking is needed for purposes such as in production process.

E-037

HS5L Interlock Switch with Solenoid (4-Contact)

Circuit
Code

Door Monitor Circuit: 1NC,1NO
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11
23

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11
23

12
24

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11
21

HS5L-VA44LM-G

41

42

APEM

53

54

Switches &Pilot Lights

Lock Monitor Circuit: 2NC

12
24

Door Monitor Circuit: 2NC		

VC

(–)
A1

Lock Monitor Circuit: 1NC,1NO

Door Monitor Circuit: 1NC,1NO

VB

Gland Port Size

41

42

51

52

11
21

12
22

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11
21
31

HS5L-VB44LSM-G

Emergency
Stop Switches
Enabling
Switches

41

42

53

54

Safety Products

12
22

41

42

51

52

Explosion Proof

HS5L-VC44LM-G

Terminal Blocks

Lock Monitor Circuit: 2NC

Door Monitor Circuit: 3NC		

VF

Control Boxes(two-conduit model)

M20
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

HS5L-VB44LM-G

Lock Monitor Circuit: 1NC,1NO

Door Monitor Circuit: 2NC		

VD

Spring lockPart No.

Lock Monitor(Solenoid OFF)

(+)
A2

VA

Package Quantity: 1

Contact Configuration
Door Monitor(Actuator inserted)

Relays & Sockets

HS5L-VD44LM-G

Circuit
Protectors

HS5L-VD44LSM-G(two-conduit model)

41

12
22
22

Power Supplies
LED Illumination

Lock Monitor Circuit: 1NC

Door Monitor Circuit: 1NC		

Safety Products

4-Contact/Rear Unlocking Button (Spring Lock)

42

Controllers

HS5L-VF44LM-G

Operator
Interfaces
Sensors

Lock Monitor Circuit: 2NC, 1NO

AUTO-ID

VJ

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11

Door Monitor Circuit: 1NC		

VH

Monitor Circuit:
Monitor Circuit:

11

41
51
63

12

42
52
64

HS5L-VJ44LM-G

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

Lock Monitor Circuit: 3NC
41
51
61

12

Monitor Circuit:

42
52
62

HS5L-VH44LM-G• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Actuators are not supplied with the interlock switch and must be ordered separately.

Safety Modules

4-Contact/Dual Safety Circuit (Spring Lock)
Circuit
Code

Package Quantity: 1

Contact Configuration
Main Circuit: 1NC+1NC
1NC+1NC

Door Monitor(Actuator inserted)

Gland Port SizeDD
Main Circuit:
Main Circuit:

11
21

12
22

HS6B

Lock Monitor(Solenoid OFF)

(+)
A2
41
51

(–)
A1

Spring lockPart No.
HS5L-DD44M-G

HS6E

M20

HS5D

HS5L-DD44SM-G

42
52(two-conduit model)

HS1L• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Actuators are not supplied with the interlock switch and must be ordered separately.

4-Contact/Dual Safety Circuit/Rear Unlocking Button (Spring Lock)
CircuitCodeContact Configuration
Main Circuit: 1NC+1NC
1NC+1NC

Door Monitor(Actuator inserted)

DD
11
21

12
22

Package Quantity: 1
Gland Port Size

Lock Monitor(Solenoid OFF)(+)
A2
Main Circuit:
Main Circuit:

HS5L

41
51

(–)
A1

Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Spring lockPart No.
HS5L-DD44LM-G

M20

42
52

HS5L-DD44LSM-G(two-conduit model)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Actuators are not supplied with the interlock switch and must be ordered separately.

E-038

HS5L Interlock Switch with Solenoid (4-Contact)
Safety Products

Circuit Diagrams and Operating Characteristics
4-Contact/Rear Unlocking Button (Spring Lock)

Status 1
Interlock Switch Status

Status 2

Door Closed
Machine ready to operate
Solenoid de-energized

Status 3

Door Closed
Machine cannot be operated
Solenoid energized

When unlocking
manually

Status 4

Door open
Machine cannot be operated
Solenoid energized

Door open
Machine cannot be operated
Solenoid de-energized

Door Closed
Machine cannot be
operated
Solenoid de-energized
Press
Press

APEM
Switches &Pilot Lights

Door Status· ·Turn
TurnthetheControl Boxes
Emergency
Stop Switches
Enabling
Switches(+)
A2

Circuit Example: HS5L-VA4

Safety Products
Explosion Proof
Terminal Blocks

Door
HS5L-VA4
Door Monitor
(Actuator
inserted)

Relays & Sockets
Circuit
Protectors

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

Power Supplies

Lock Monitor(Solenoid OFF)

(+)
A2

(–)
A1
11 12 41 42
23 24
53 54

HS5L-VB4

LED Illumination
Controllers

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

Operator
Interfaces
Sensors

11 12 41 42
23 24
51 52

HS5L-VC4

AUTO-ID

Safety Modules

HS6B
HS6E
HS5D

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:Part No. and Circuit Diagram

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

11 12 41 42
21 22
53 54

HS5L-VD4

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
21 22
51 52

HS5L-VF4

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
21 22
31 32

HS5L-VG4HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

· ·Press
Pressthe
the
rear
rear
unlockingunlockingbuttonbutton(*2)(*2)

manualmanualunlockunlockkey
key
(*1)
(*1)

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
21 22
33 34

HS5L-VH4
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
51 52
61 62

Solenoid Power A1-A2 (all models)

(–)
A1

(+)
A2

(–)
A1

(+)
A2

(–)
A1

(+)
A2

(+)
A2

(–)
A1

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

Closed (locked)

Closed (unlocked)

Open

Open

Closed (unlocked)

OFF (de-energized)

ON (energized)

ON (energized)

OFF (de-energized)

OFF (de-energized)

Monitor Circuit(door closed)
11−12Monitor Circuit(door open)
23−24
Monitor Circuit(locked)
41−42
Monitor Circuit(unlocked)
53−54
Monitor Circuit(door closed)
11−12Monitor Circuit(door open)
23−24
Monitor Circuit(locked)
41−42
Monitor Circuit(locked)
51−52
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21−22Monitor Circuit(locked)
41−42
Monitor Circuit(unlocked)
53−54
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21−22Monitor Circuit(locked)
41−42
Monitor Circuit(locked)
51−52
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21-22
Monitor Circuit(door closed)
31-32
Monitor Circuit(locked)
41-42
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21-22
Monitor Circuit(door open)
33-34
Monitor Circuit(door locked)
41-42
Monitor Circuit(door closed)
11-12
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(unlocked)
61-62• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Monitor Circuit: Sends monitoring signals of protective door open/closed status (door monitor) or protective door lock/unlock status (lock monitor).
*1) Actuator can be unlocked manually for confirming the door movement before wiring and energizing, and also for emergency situation such as power failure.
*2) When an operator is confined within a dangerous zone, the actuator can be unlocked manually by pressing the rear unlocking button (rear unlocking button model).

E-039

(–)
A1

HS5L Interlock Switch with Solenoid (4-Contact)
Safety Products

Circuit Diagrams and Operating Characteristics
4-Contact/Rear Unlocking Button (Spring Lock)

Status 1
Interlock Switch Status

Status 2

Door Closed
Machine ready to operate
Solenoid de-energized

Status 3

Door Closed
Machine cannot be operated
Solenoid energized

When unlocking
manually

Status 4

Door open
Machine cannot be operated
Solenoid energized

Door open
Machine cannot be operated
Solenoid de-energized

Door Closed
Machine cannot be
operated
Solenoid de-energized
Press
Press

APEM

Door Status· ·Turn
Turnthethe· ·Press
Pressthe
the
rear
rear
unlockingunlockingbuttonbutton(*2)(*2)

manualmanualunlockunlockkey
key
(*1)
(*1)

Door
HS5L-VJ4

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

Safety Products

Part No. and Circuit Diagram

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

Lock Monitor(Solenoid ON)

(+)
(–)
A2
A1
11 12 41 42
51 52
63 64

HS5L-VW4

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

13 14 41 42
51 52
61 62

HS5L-VX4

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:(–)
A1

Closed (locked)

Door Monitor(Actuator inserted)

13 14 41 42
51 52
63 64

Solenoid Power A1-A2 (all models)Control Boxes
Emergency
Stop Switches
Enabling
Switches(+)
A2

Circuit Example: HS5L-VA4

Switches &Pilot Lights(+)
A2

Closed (unlocked)

(–)
A1

(+)
A2

(–)
A1

Open

(+)
A2

(+)
A2

(–)
A1

Open

(–)
A1

Closed (unlocked)

Monitor Circuit(door closed)
11-12
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(door locked)
63-64
Monitor Circuit(door open)
13−14
Monitor Circuit(locked)
41−42
Monitor Circuit(locked)
51−52
Monitor Circuit(locked)
61−62
Monitor Circuit(door open)
13−14
Monitor Circuit(locked)
41−42
Monitor Circuit(locked)
51−52
Monitor Circuit(unlocked)
63−64

Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors
AUTO-ID

OFF (de-energized)

ON (energized)

ON (energized)

OFF (de-energized)

OFF (de-energized)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Monitor Circuit: Sends monitoring signals of protective door open/closed status (door monitor) or protective door lock/unlock status (lock monitor).
*1) Actuator can be unlocked manually for confirming the door movement before wiring and energizing, and also for emergency situation such as power failure.
*2) When an operator is confined within a dangerous zone, the actuator can be unlocked manually by pressing the rear unlocking button (rear unlocking button model).

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-040

HS5L Interlock Switch with Solenoid (4-Contact)
Safety Products

Circuit Diagrams and Operating Characteristics
4-Contact (Solenoid Lock)
Status 2

Status 3

Status 4

Unlocking using Manual
Unlock Key

Door Closed
Machine cannot be operated
Solenoid de-energized

Door open
Machine cannot be operated
Solenoid de-energized

Door open
Machine cannot be operated
Solenoid energized

Door Closed
Machine cannot be operated
Solenoid de-energized→ energized

Status 1
Interlock Switch Status

Door Closed
Machine ready to operate
Solenoid energized

APEM
Switches &Pilot Lights

Door Status
When unlocking
manually

Control Boxes
Emergency
Stop Switches
Enabling
Switches(+)
A2

Circuit Example: HS5L-VA7Y

Safety Products
Explosion Proof

Door
HS5L-VA7Y

Terminal Blocks

Door Monitor(Actuator inserted)

Lock Monitor(Solenoid ON)(+)
A2

Relays & Sockets
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

Circuit
Protectors
Power Supplies(–)
A1
11 12 41 42
23 24
53 54

(*3)

HS5L-VB7Y

LED Illumination
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:Controllers

11 12 41 42
23 24
51 52

(*3)
(*3)

Sensors
AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

Part No. and Circuit Diagram

Operator
Interfaces

HS5L-VC7Y
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
21 22
53 54

(*3)

HS5L-VD7Y
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
21 22
51 52

(*3)
(*3)

Safety Modules

HS5L-VF7Y
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
21 22
31 32

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

(*3)

(+)
A2

(–)
A1

(–)
A1

(+)
A2

(–)
A1

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

Closed (locked)

Closed (unlocked)

Open

Open

Closed (unlocked)

ON (energized)

OFF (de-energized)

OFF (de-energized)

ON (energized) (*2)

OFF (de-energized) →ON (energized)

Monitor Circuit(door closed)
11−12Monitor Circuit(door open)
23−24
Monitor Circuit(locked)
41−42
Monitor Circuit(unlocked)
53−54
Monitor Circuit(door closed)
11−12Monitor Circuit(door open)
23−24
Monitor Circuit(locked)
41−42
Monitor Circuit(locked)
51−52
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21−22Monitor Circuit(locked)
41−42
Monitor Circuit(unlocked)
53−54
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21−22Monitor Circuit(locked)
41−42
Monitor Circuit(locked)
51−52
Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21−22Monitor Circuit(locked)31−32
Monitor Circuit(locked)
41−42

Solenoid Power A1-A2 (all models)

(+)
A2

(–)
A1

11

(*1) (*2)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Monitor Circuit: Sends monitoring signals of protective door open/closed status (door monitor) or protective door lock/unlock status (lock monitor).
*1) Do not attempt manual unlocking when the solenoid is energized.
*2) Do not energize the solenoid for a long time while the door is open or when the door is unlocked manually.
*3) Both spring lock and solenoid lock models of HS5L have marking for lock monitoring. Note that solenoid lock model can be used in applications where lock forsafety purpose is found unnecessary after a risk assessment, e.g. locking is needed for purposes such as in production process.

Operating Characteristics (Reference)
0 (Actuator Mounting Reference Position)

Approx. 3.3 (Locked position)
Approx. 5.3
Approx. 26.4
Approx. 6.9
Door Monitor Circuit (door open, NO)
Door Monitor Circuit (door closed, NC)
Lock Monitor Circuit (unlocked, NO)
Lock Monitor Circuit (locked, NC)(mm): Contacts ON(closed): Contacts OFF(open)• The operation characteristics shown in the chart above are for HS9Z-A51. For other actuators, add 1.3mm.
• See E-051 for HS9Z-BA5.
• The operation characteristics show the contact status when the actuator enters the entry slot of an interlock switch.

E-041

(+)
A2

(–)
A1

HS5L Interlock Switch with Solenoid (4-Contact)
Safety Products

Circuit Diagrams and Operating Characteristics
4-Contact (Solenoid Lock)

Status 1
Interlock Switch Status

Door Closed
Machine ready to operate
Solenoid energized

Unlocking using Manual
Unlock Key

Status 2

Status 3

Status 4

Door Closed
Machine cannot be operated
Solenoid de-energized

Door open
Machine cannot be operated
Solenoid de-energized

Door open
Machine cannot be operated
Solenoid energized

Door Closed
Machine cannot be operated
Solenoid de-energized →energized

APEM

Door Status

Switches &Pilot Lights
When unlocking
manually(+)
A2

Circuit Example: HS5L-VA7Y

Door
HS5L-VG7Y

Lock Monitor(Solenoid ON)

(+)
A2

(–)
A1

11 12 41 42
21 22
33 34

(*3)

HS5L-VH7Y

Part No. and Circuit Diagram

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
51 52
61 62

(*3)
(*3)
(*3)

HS5L-VJ7Y
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

11 12 41 42
51 52
63 64

(*3)
(*3)

HS5L-VW7Y
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

13 14 41 42
51 52
61 62

(*3)
(*3)
(*3)

HS5L-VX7Y
Monitor Circuit:
Monitor Circuit:
Monitor Circuit:

13 14 41 42
51 52
63 64

(*3)
(*3)

Solenoid Power A1-A2 (all models)

(+)
A2

(–)
A1

(+)
A2

(+)
A2

(–)
A1

(+)
A2

(–)
A1

(–)
A1

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

11

12

41

42

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

23

24

53

54

Closed (locked)

Door Monitor(Actuator inserted)

Monitor Circuit:
Monitor Circuit:
Monitor Circuit:(–)
A1

Control Boxes

Closed (unlocked)

Open

Open

Closed (unlocked)

Monitor Circuit(door closed)
11−12Monitor Circuit(door closed)
21-22
Monitor Circuit(door open)
33-34
Monitor Circuit(locked)
41-42
Monitor Circuit(door closed)
11−12Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(unlock)
63-64
Monitor Circuit(door open)
13−14
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(unlocked)
63-64
Monitor Circuit(door open)
13−14
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(locked)
61-62
Monitor Circuit(door open)
13−14
Monitor Circuit(locked)
41-42
Monitor Circuit(locked)
51-52
Monitor Circuit(unlocked)
63-64

Emergency
Stop Switches
Enabling
Switches
Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors
AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E

ON (energized)

OFF (de-energized)

OFF (de-energized)

ON (energized) (*2)(*1) (*2)

OFF (de-energized) →ON (energized)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Monitor Circuit: Sends monitoring signals of protective door open/closed status (door monitor) or protective door lock/unlock status (lock monitor).
*1) Do not attempt manual unlocking when the solenoid is energized.
*2) Do not energize the solenoid for a long time while the door is open or when the door is unlocked manually.
*3) Both spring lock and solenoid lock models of HS5L have marking for lock monitoring. Note that solenoid lock model can be used in applications where lock forsafety purpose is found unnecessary after a risk assessment, e.g. locking is needed for purposes such as in production process.

HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Operating Characteristics (Reference)
0 (Actuator Mounting Reference Position)

Approx. 3.3 (Locked position)
Approx. 5.3
Approx. 26.4
Approx. 6.9
Door Monitor Circuit (door open, NO)
Door Monitor Circuit (door closed, NC)
Lock Monitor Circuit (unlocked, NO)
Lock Monitor Circuit (locked, NC)(mm): Contacts ON(closed): Contacts OFF(open)• The operation characteristics shown in the chart above are for HS9Z-A51. For other actuators, add 1.3mm.
• See E-051 for HS9Z-BA5.
• The operation characteristics show the contact status when the actuator enters the entry slot of an interlock switch.

E-042

HS5L Interlock Switch with Solenoid (4-Contact)
Safety Products

Circuit Diagrams and Operating Characteristics
4-Contact/Dual Safety Circuit, 4-Contact/Dual Safety Circuit/Rear Unlocking Button (Spring Lock)
Interlock Switch Status

Status 1

Status 2

Status 3

Door Closed
Machine ready to operate
Solenoid de-energized

Door Closed
Machine cannot be operated
Solenoid energized

Door open
Machine cannot be operated
Solenoid energized

Unlocking using Manual
Unlock Key

Status 4

Door Closed
Machine cannot be
operated
Solenoid de-energized

Door open
Machine cannot be
operated
Solenoid de-energized

Press
Press

APEM
Switches &Pilot Lights

Door Status··TurnTurn thethe

Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors
AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules(+)
A2

Circuit Example: HS5L-DD4

11
21

Door
HS5L-DD44
Part No. and Circuit Diagram

Emergency
Stop Switches
Enabling
Switches

Door Monitor(Actuator inserted)

Lock Monitor(Solenoid OFF)

(+)

(–)

A2

Main Circuit:
Main Circuit:

11
21

12
22

41
51

HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-043

rear
rear
unlockingunlockingbuttonbutton
(*2)
(*2)

11
21

12
22

41
51

22

41
51

42
52

(+)
A2
11
21

12
22

41
51

(+)
A2

(–)
A1
42
52

11
21

12
22

41
51

(–)
A1
42
52

(+)
A2
11
21

12
22

41
51

(+)
A2

(–)
A1

(–)
A1

42

11

12

41

42

52

21

22

51

52

Closed (locked)

Closed (unlocked)

Open

Open

Closed (unlocked)

OFF (de-energized)

ON (energized)

ON (energized)

OFF (de-energized)

OFF (de-energized)1

Main
Circuit
11−42

A1

42
52

HS5L-DD44L
Main Circuit:
Main Circuit:

12

(–)
A1

42
52

Main
Circuit21−52
Main
Circuit11−42
Main
Circuit
21−52

Solenoid Power A1-A2 (all model)• The contact configuration shows the status when the actuator is inserted and the switch is locked.
• Main Circuit: Connected to the control circuit of machine drive part, sending interlock signals of the protective door.
• For safety circuit input, connect to the monitor circuit.
*1) Actuator can be unlocked manually for confirming the door movement before wiring and energizing, and also for emergency situation such as power failure.
*2) When an operator is confined within a dangerous zone, the actuator can be unlocked manually by pressing the rear unlocking button. (rear unlocking button model)

Operating Characteristics (Reference)
0 (Actuator insertion position)
Approx. 3.3 (Locked position)
Approx. 5.3
Approx. 6.9
Approx. 26.4

(Stroke: mm)

Main Circuit: Contacts ON(closed): Contacts OFF(open)

HS6B··Press
Press thethemanualmanualunlockunlock key
key
(*1)
(*1)

Control Boxes• The operation characteristics shown in the chart above are of the HS9Z-A51. For other actuators, add 1.3mm.
• See E-051 for HS9Z-BA5.
• The operation characteristics show the contact status when the actuator enters the entry slot of an interlock switch.

HS5L Interlock Switches with Solenoid
Safety Products

Actuators for HS5 Series Interlock Switches
Actuator
Description

Part No.

Straight
Straight with rubber bushings
Right-angle
Right-angle with tubber bushings
Angle adjustable (vertical)
Angle adjustable (vertical/horizontal) with plate

HS9Z-A51
HS9Z-A51A
HS9Z-A52
HS9Z-A52A
HS9Z-A53
HS9Z-A55S

Angle adjustable (vertical/horizontal)

HS9Z-A55

Package Quantity

Remarks

Actuator retention force is Fzh=1400N.
1

Switches &Pilot Lights

Actuator retention force is Fz=500N. When a retention force of 500N
or more is required, use HS9Z-A55S.

• See E-064 for details on actuators.

Accessories
Description

Part No.

Sliding actuator
(*1)
Door handle Handle unit for right-hand door
actuator
Handle unit for left-hand door
(*1) Switch cover unit
Slide handle actuator

HS9Z-SH5
HS9Z-DH5RH
HS9Z-DH5LH
HS9Z-DH5C
HS9Z-EH5L
HS9Z-BA5
HS9Z-A5P
HS9Z-PH5
HS9Z-SP51
HS9Z-FL53
HS9Z-FL54
HS9Z-FL55

Spring loaded actuator
Plug actuator
Padlock hasp
Mounting plate
Rear Unlocking Button Kit (*1) (*2)
(*1)
(*1)
(*3)
(*4)

Package Quantity

APEM

Remarks
Actuator retention force is Fzh=1400N.
Choose according to the required opening side.

Control Boxes
Emergency
Stop Switches
Enabling
Switches
Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets

Used for installing the interlock switch inside.
1

Actuator retention force is Fzh=1400N.

Circuit
Protectors
Power Supplies
LED Illumination

Used when installing the interlock switch on the aluminum frame.
Panel Thickness (*5) (X): 23 < X ≤ 33
Panel Thickness (*5) (X): 33 < X ≤ 43
Panel Thickness (*5) (X): 43 < X ≤ 53*1) See E-064 to E-090 for details on accessories.
*2) HS9Z-BA5 can only be used for HS5L interlock switches. Also, HS9Z-BA5 can be used only on slide doors. Do not use on hinge doors.
*3) When mounting HS5L-L (rear unlocking button model) using a mounting plate, provide mounting holes on the mounting plate as shown below and user
Rear Unlocking Button Kit (HS9Z-FL5  ).
*4) HS5L interlock switch rear unlocking button kit (When mounting HS5L-L directly).
*5) Thickness of the frame or panel where the HS5L is mounted.
• Follow the instructions on catalog or instruction sheet for proper use of accessories.

Controllers
Operator
Interfaces
Sensors
AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-044

HS5L Interlock Switches with Solenoid

HS5L-4M-G
When using Horizontal Mounting/Straight Actuator (HS9Z-A51)
61.6

Accessories

3-M4 Screw
20 to 22

(supplied)

9
86.5

LED
(with Indicator)

Emergency
Stop Switches
Enabling
Switches

Circuit
Protectors
Power Supplies

HS5L-4SM-G (two-conduit model)

LED Illumination

When using Horizontal Mounting/Straight Actuator (HS9Z-A51)
Left cable orientation (factory setting)

R2.

Manual Unlock
LED(with Indicator)

106

9

1

106

106
10 to 11

10

1

10

17.5

35
3.6

3.6

HS6E

*1) Actuator mounting reference position

20

20

40

HS6B

Mounting Hole Layout

45
1

35

40

22.5

10 to 11

Mounting Hole Layout

45

Safety Modules

E-045

(24)
15 9
6

20

154.2

106
154.2

92.8

LED
(with Indicator)

1
2

Manual Unlock

3-M4 Screw
20 to 22

92.8

1

2

42.2
5.2

20

44.5

R2.

1

36.2

AUTO-ID

(*1)

9

6

Sensors

42.2
5.2

(*1)

11
5

30

36.2

3-M4 Screw
20 to 22

30

6.2

11
5

Operator
Interfaces

33

44.5

33

61.6

Right cable orientation

61.6

6.2

Controllers

Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

4

1

20
33
40

Relays & Sockets

HS1L

Manual Unlocking Key

17.8
10
35
3

Terminal Blocks

HS5L

Slot Plug

6.5

Mounting Hole Layout

Explosion Proof

HS5D

18
(24.5)

10 to 11

Safety ProductsInterlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

3.9

2

86.5

1

R2.
Manual Unlock

16.8

36.2

20

44.5

Control Boxes

1

127

42.2
5.2

APEM
Switches &Pilot Lights

6

3

(*1)

11
5

30

6.2

Safety ProductsInterlock Switch Dimensions and Mounting Hole Layouts

HS5L Interlock Switches with Solenoid
Safety ProductsInterlock Switch Dimensions and Mounting Hole Layouts
HS5L-4LM-G (with rear unlocking button)

All dimensions in mm.

When using Horizontal Mounting/Straight Actuator (HS9Z-A51)

2

3

Slot Plug

Manual Unlocking Key

127

44.5

9

R2.

Rear Unlocking
ButtonSwitches &Pilot Lights

6.5

Control Boxes
Emergency
Stop Switches
Enabling
Switches

86.5

27

APEM
18
(24.5)

7.7

Manual Unlock
LED(with Indicator)

4

16.8

(24)
15 9

1

20

12.5

36.2

1

3.9

6

6.2

42.2
5.2

(*1)

Accessories(supplied)

11
5

30

ø3
0

61.6

10
35

Safety Products

9

17.8

3-M4 Screw
20 to 22

Explosion Proofø14

1

Terminal Blocks
86.5

3

Relays & Sockets

20
33
40

Circuit
Protectors
10 to 11

Power Supplies

Mounting Hole Layout

LED Illumination
Controllers
Operator
Interfaces

HS5L-4LSM-G (two-conduit model/rear unlocking button)

Sensors

When using Horizontal Mounting/Straight Actuator (HS9Z-A51)

22.5

154.2

7.7
27

Safety Modules

36.2

6

6.2

9

LED
(with Indicator)

106

LED
(with Indicator)

2

R2.

1

45

45

92.8

44.5

ManualUnlock7.7

ManualUnlock

20

1

154.2

2

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

9

1

44.5

20

(*1)

11
5

106

1

R2.

27

33

30

42.2
5.2

(*1)

36.2

42.2
5.2

6.2

30

AUTO-ID

61.6

61.6

6

11
5

33

Right cable orientation

92.8

Left cable orientation (factory setting)10

1

3-M4 Screw
20 to 22

35
3.6

1

HS6B
HS6E

10
35

17.5

3-M4 Screw
20 to 22

HS5D

3.6
9.0

40

106

20

106

20

ø14

ø14

40

9.0

HS5L

10 to 11

HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

10 to 11*1) Actuator mounting reference position

E-046

HS5L Interlock Switches with Solenoid
Safety ProductsInterlock Switch Dimensions and Mounting Hole Layouts
DimensionsAll dimensions in mm.

Rear Unlocking Button Kit (HS9Z-FL5)
Button (PA66)
Hinge + Plate(SUS)

Explosion Proof

33

Button released

HS5LInterlock Switch(sold separately)

16
30

Terminal Blocks

Pin (Stainless Steel)

Relays & Sockets

Panel Thickness (X): 23 to 53

Circuit
Protectors

33
60.9

Button pressed(unlocked)

0 ng
to 3 ocki ote)
ø22 ar Unl ole (NRe tton H
Bu

25.9

Safety Products

60.9
73

Emergency
Stop Switches
Enabling
Switches

M5 Screws

25.9

Control Boxes

Rear Unlocking Button Kit
Mounting Hole Layout

40

ø40

ø10.4

Switches &Pilot Lights

31.5

APEM

16 to 30

Link Rod(Stainless Steel)Power Supplies
LED Illumination
Screw (Iron)

Controllers

Mounting Plate (HS9Z-SP51)

Sensors

Drilling Rear Unlocking Button Hole

4

6.4

4-R
22

HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-047

ø18 Rear Unlocking
Button Hole (Note)

22

HS6E

4-

C3

59.7

(22)

(187)

42.2
50.7

5-M

HS6B

HS5D

4-R3.3

86.5
106
187

Safety Modules

40

170

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

(40)

6
10
2-12.82-6.6

AUTO-ID

9.0

Operator
Interfaces

5-M4 Screws

When using the rear unlocking button kit,provide a rear unlocking button hole on
the HS9Z-SP51.

Note: With the mounting hole dimension, the rear unlocking button rod does not touch the mounting hole even when the interlock switch moves sideways.

HS5L Interlock Switches with Solenoid
Safety Products

Safety Precautions• In order to avoid electric shock or fire, turn power off before
installation, removal, wiring, maintenance, or inspection of theinterlock switch.
• If relays are used in the circuit between the interlock switch andthe load, use only safety relays, since welded or sticking contacts ofstandard relays may invalidate the functions of the interlock switch.
Perform a risk assessment and make a safety circuit which satisfies
the requirements of the safety category.
• Do not place a PLC in the circuit between the interlock switch and theload. Safety security can be endangered in the event of a malfunctionof the PLC.
• Do not disassemble or modify the interlock switch, otherwise amalfunction or an accident may occur.
• Do not install the actuator in a location where a human body may
come into contact. Otherwise injury may occur.
• Solenoid lock is locked when energized, and unlocked when deenergized. When energization is interrupted due to wire disconnection
or other failures, the interlock switch may be unlocked causing
possible danger to the operators. Solenoid lock must not be used inapplications where locking is strictly required for safety. Perform arisk assessment and determine whether solenoid lock is appropriate.
• When changing the head orientation, disconnect the cable and turnthe manual unlock to the UNLOCK position in advance. If the headorientation is changed when the cable is connected and the manual
unlock is in the LOCK position, machines may start to operate,causing danger to the operators.

• HS5L interlock switches are Type 2 low level coded interlocking
devices (ISO14119). According to ISO14119, the following is required
to minimize defeat when installing and constructing systems:
1.	Prevent dismantling or de-positioning of the elements of
the interlocking device by use of non-detachable fixing (e.g.
welding, gluing, one-way screws, riveting). However, use ofnon-detachable fixing can be an inappropriate solution in cases
where a failure of the interlocking device during lifetime of themachinery can be expected and a fast change is necessary. In thiscase measures mentioned below, should be used to provide therequired level of risk reduction.
2.	Apply at least one out of the four measures below.
 Mounting out of reach.
 Physical obstruction or shielding.
 Mounting in hidden position.
	Integration of defeat monitoring by means of statusmonitoring/cyclic testing.

APEM
Switches &Pilot Lights
Control Boxes
Emergency
Stop Switches
Enabling
Switches
Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors
AUTO-ID

Instructions• Do not use the interlock switch as a door stop. Install a mechanicaldoor stop at the end of the door to protect the interlock switch
against excessive force.
• Do not apply excessive shock to the interlock switch when opening or
closing the door. A shock to the interlock switch exceeding 1,000m/s2
may cause damage to the interlock switch.
• Prevent foreign objects such as dust and liquids from entering theinterlock switch while connecting a conduit or wiring.
• Plug the unused actuator entry slot using the slot plug supplied with
the interlock switch.
• Do not store the interlock switches in a dusty, humid, or organic-gas
atmosphere, or in an area subjected to direct sunlight.
• Use proprietary actuators only. When other actuators are used, theinterlock switch may be damaged.
• The locking strength is rated at 1400N. Do not apply a load higher
than the rated value. When a higher load is expected, provide an
additional system consisting of another interlock switch without
lock (such as the HS5D interlock switch) or a sensor to detect door
opening and stop the machine.
• Regardless of door types, do not use the interlock switch as a door
lock. Install a separate lock using a latch or other measures.
• While the solenoid is energized, the switch temperature rises
approximately 40°C above the ambient temperature (to approximately
95°C while the ambient temperature is 55°C). To prevent burns, avoid
touching. If cables come into contact with the switch, use heatresistant cables.
• Although the HS9Z-A51A/A52A actuators alleviate shock when
the actuator enters a slot in the interlock switch, make sure that
excessive shock is not applied. If the Rubber Bushings become
deformed or cracked, replace with new ones.

Mounting Examples
Refer to the following drawing for the installation. Mount the interlock
switch to a fixed machine or guard, and actuator on the hinged door.
Do not mount both interlock switch and actuator on the hinged doors.
This may result in the actuator being inserted at a wrong angle to theinterlock switch, resulting in malfunction.
Application of Sliding Doors
Door

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS9Z-A51
Actuator
HS5L
Interlock
SwitchLatch

HS6B

Door Stop

HS6E

Application of Hinged Doors
HS5D

Latch

HS9Z-A52
Actuator
Door

HS5L

Door

HS1L

HS5L
Interlock Switch

HS5L
Interlock Switch

HS9Z-A51
Actuator

Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-048

HS5L Interlock Switches with Solenoid

HS9Z-A52 Actuator

When the center of the hinged door is used as the reference for the interlock
switch contact surface:Control Boxes
M in

(161)

Door Hinge(36.2)

Mi

um

Min
imu

(231)

nim

um

70 Radiu
mm s

Door
Hinge

Door Hinge(111)

Interlock Switch
Mounting Hole

(35)

• When the center of the hinged door is used as the reference for the interlock
switch contact surface: 50mm
• When the center of the hinged door is used as the reference for the actuator
mounting surface: 70mm
• The HS9Z-A55 angle adjustable actuator is made of glass-reinforced PA66
(66 nylon) and the angle adjustment screw is stainless steel. When using thescrew locking agent, make sure that it is compatible with the base material.
When the center of the hinged door is used as the reference for the interlock
switch contact surface:
Horizontal Swing

When the center of the hinged door is used as the reference for the actuator
mounting surface:

HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

(48.2)

Door Hinge

Vertical Swing

Mi
nimInterlock
SwitchMounting
Hole

M
Ra inimum

d u
50 ius m
mm

Door
Hinge

Interlock Switch
Mounting Hole
(231)

Door Hinge

s
adiu
mR m
imu 260m
Min

HS5D

s
diu
Ra mm
m 230 mimu m: 10m
Min 12m m: 3mrs
nte 20Ce nters
Ce

HS6E(56.5)

When using the HS9Z-A55 Angle Adjustable(vertical/horizontal) Actuator

50 Radmm ius

HS6B

Door
Hinge

Door
Hinge
(36.2)(36.2)

When the center of the hinged door is used as the reference for the actuator
mounting surface:
Horizontal Swing

Vertical Swing

Interlock
SwitchMounting
Hole

(47)

Actuator Angle Adjustment (vertical/horizontal)• Using the angle adjustment screw, the actuator angle can be adjusted (refer tothe dimensional drawing on E-064 to E-070). Adjustable angle: 0 to 20°• The larger the adjusted angle of the actuator, the smaller the applicable radiusof the door opening. After installing the actuator, open the door. Then adjust
the actuator so that its edge can be inserted properly into the actuator entry
slot of the interlock switch.
• After adjusting the actuator angle, apply Loctite to the adjustment screw sothat the screw will not move.

Mi

nim

Mi

nim

70

um

mm

70

um

R

a
mm dius

Ra
d

ius

(58)

(36.2)

um

70 Radiu
mm s(56.5)

When the center of the hinged door is used as the reference for the interlock
switch contact surface:

Door Hinge

Mi

nim

(40.3)

s
adiu
mR
imu m
Min 140m

Safety Modules

Vertical Swing
Interlock
SwitchMounting
Hole

Mi

Door Hinge

HS9Z-A52A Actuator (with Rubber Bushings)

s
diu m
Ra
m 20m
imu : 1 0mm
Min 12mm : 17mmrs
nte 20Ce nters
CeInterlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

Door Hinge

us
adi
mR m
m
260

s
diu
Ra
um mm
nim 230

Mi

AUTO-ID

When the center of the hinged door is used as the reference for the actuator
mounting surface:

Interlock Switch
Mounting Hole

(41.5)

Operator
Interfaces
Sensors

Door
Hinge(36.2)

Horizontal Swing

Power Supplies

Controllersum

50 Radiu
mm s(36.2)

When the center of the hinged door is used as the reference for the actuator
mounting surface:

Circuit
Protectors

LED Illumination

nim

Door
Hinge

50 Radiu
mm s

(35)

Interlock
SwitchMounting
Hole

Mi

nim

Terminal Blocks
Relays & Sockets

Vertical Swing

Horizontal Swing(58)

Explosion Proof

Door Hinge• When the center of the hinged door is used as the reference for the interlock
switch contact surface: 50mm
• When the center of the hinged door is used as the reference for the actuator
mounting surface: 70mm
• The HS9Z-A55S angle adjustable actuator is made of glass-reinforced PA66
(66 nylon) and the angle adjustment screw and plate are made of stainlesssteel. When using the screw locking agent, make sure that it is compatible
with the base material.
When the center of the hinged door is used as the reference for the interlock
switch contact surface:

Interlock Switch
Mounting Hole

us
adi
mR
imu 0mm19

Safety Products

s
di u
Ra
um m
nim 0mMi 17

Emergency
Stop Switches
Enabling
Switches

When using the HS9Z-A55S Angle Adjustable(vertical/horizontal) Actuator (w/Plate)(38)

When using the interlock switch for a hinged door, refer to the minimum radiusof doors shown below. Especially for doors with a small turning radius, usevertical/horizontal movable actuators (HS9Z-A53/A55).
Note: B ecause deviation or dislocation of a hinged door may occur in actual
applications, make sure of the correct operation by installing the actualmachine first before use.

Door Hinge

Door Hinge(55.5)(55.5)

When using the HS9Z-A53 Angle Adjustable (vertical) Actuator• When the center of the hinged door is used as the reference for the interlock
switch contact surface: 50mm
• When the center of the hinged door is used as the reference for the actuator
mounting surface: 80mm
• Angle adjustment screw recommended tightening torque: 0.8N·m.
Interlock
SwitchMounting
Hole

Mi

Mi

um
50 Rad
mm iu

s

Door
Hinge
(36.2)

(38)

nim

E-049

Interlock
SwitchMounting
Hole
nim
um
80 Rad
mm iu

s

Door
Hinge
(56.5)(68)

Minimum Radius of Hinged Door

(38)

Safety Products
APEM
Switches &Pilot Lights

Instructions

HS5L Interlock Switches with Solenoid
Safety Products

Instructions
Installing the Head

Spring Loaded Actuator

Do not use plastic and metallic heads of HS5D interlock switches on the HS5L.
Be sure to use HS5L metallic heads.
* The metal heads of the HS5D and HS5L look similar. When using theseinterlock switches adjacently, ensure that the heads are not interchanged.

• When using the actuator, be careful of protruding ends.
• Regardless of door types, do not use the HS9Z-BA5 actuator as a door lock or
a door stop.
• When an operator enters the hazardous zone, take safety measures such as
using a HS9Z-PH5 padlock hasp so that the operator is not trapped inside andthe machine cannot start by mistake.
• Use the actuator only on sliding doors. Do not use on hinged doors.
• As shown in the figure on the right, do not insert the sliding actuator frombelow. The actuator may fall out due to shocks.

HS5D
Plastic Head

HS5L
Metallic Head

Plastic
Color: Red

Metallic Head
Metal
Color: Silver
Color:
Red*

Color:
Black*

APEM
Switches &Pilot Lights
Control Boxes
Emergency
Stop Switches
Enabling
Switches* The metal head can be distinguished easily by the color of the plastic.

Safety Products

Rotating the HeadThe head can be rotated by removing the four screws from the corners of
the head and reinstalling the head in the desired orientation. However, whenchanging the mounting direction of the head after wiring, turn the manual lockrelease to the “UNLOCK” position using the enclosed manual lock release key
first. When reinstalling the head, make sure that no foreign object enters theinterlock switch. Tighten the screws tightly, without leaving a space between thehead and body, otherwise the interlock switch may malfunction.
(Recommended tightening torque: 0.9 to 1.1 N·m)
Factory Setting

Head can be rotated

Explosion Proof
Terminal Blocks
Relays & Sockets• The HS9Z-BA5 actuator can only be used for HS5L interlock switches. Do not
use the HS9Z-BA5 actuator for other products.
• Do not modify or disassemble the actuator.

Installation (when installation reference is 0.8mm)• The actuator protrudes out when the actuator is not inserted (door is open) as
shown in 1. in the drawing.
• The mounting reference position can be set to 0.8mm when the actuator isfully inserted and the actuator protrudes up to the 0.8mm line.
1. Removed

Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors

Actuator

AUTO-ID

0.8mm line

2. When fully inserted

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

Actuator(the door is completely closed)

Head Removal Detection Function• Solenoid locks interlock switches are not equipped with the head removal
detection function.
• The head removal detection function is available only on spring lock interlock
switches with circuits VB, VD, and DD having two or more lock monitor
circuits. Removing the head will result in disparity (41-42: OFF, 51-52: ON).
Note that this function cannot be detected with other models.
• Only the lock monitor circuit 41-42 turns off (open) when the head is removed,
such as when the head is rotated. The other monitor circuit 51-52 turns ON(close). Be sure to connect the lock monitor circuit (41-42) to a safety circuit.

InterlockswitchSee the enlarged view

0.8mm line
· Drawing of interlock
switch and HS9Z-BA5
when the actuator is fully
inserted(when the door iscompletely closed)
InterlockswitchEnlarged
View

HS6B
HS6E

HS9Z-BA5
Actuator

3. Bounce (door gap)
Bounce tolerance(Within thelockable range)

Safety Modules

Align with the
0.8mm line

Interlock switch
16mm
max.

Lock limit line

HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-050

HS5L Interlock Switches with Solenoid
Safety Products
APEM
Switches &Pilot Lights
Control Boxes
Emergency
Stop Switches
Enabling
Switches
Safety Products

Instructions
Adjustment

Manual Unlocking

Adjustment Procedure

Spring lock

1. Make a hole at A or C.
2. Fasten temporarily with screws, and check the actuator position.
3. Make a hole at B and fix the actuator using a screw or a rivet.
• 3.3mm line
The mounting reference position is where the door is fully closed, and there
is a 0.8mm space between the safety switch and HS9Z-BA5, but can be
adjusted up to the 3.3mm line.
The actuator is most securely locked when the mounting reference positionis at the 0.8mm line. However, adjust between 0.8 to 3.3mm if the interlock
switch is mounted on a door where the space might become smaller.
• Lock limit line
When a door opens by bouncing, if the lock limit line is outside of the edge ofthe interlock switch, the force of the bounce may be too large so that the door
may not lock.

The spring lock interlock switch allows manual unlocking of the actuator toprecheck proper door movement before wiring or turning power on, as well as
for emergency use such as a power failure.

A

Explosion Proof

3.3mm line
0.8mm
line

Terminal Blocks

B

C

Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors
AUTO-ID

Lock limit
line

Safety Precautions• The maximum gap of the door that can be locked is 16mm. (When mounting
reference is a the 0.8mm line)• If the safety distance and minimum gap does not satisfy the requirementsof ISO13857, make the gap smaller by overlapping the doors or by providing
sufficient distance from the hazardous source. If the required safety distancecannot be obtained, use the actuator other than spring loaded actuator.
• The operating characteristics may change when the actuator is used with theHS5L. Check the operating characteristics before use.
Characteristic Diagram (Reference)
When the mounting reference is at the 0.8mm line:

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-051

Normal door
closing position
0

Door close contact ON/
Door open contact OFF
Locking position
Approx. 10.1mm

Lockable range
Maximum gap 16mm

40.2mmSolenoid lock
The solenoid interlock switch does not unlock even when the solenoid isde-energized. However, the interlock switch can be unlocked manually inemergency cases.

LOCK
LOCK

UNLOCK

Before manually unlocking the interlock switch, make sure that the machine hascome to a complete stop. Manual unlocking during operation may unlock theinterlock switch before the machine stops, and the function of interlock switch
with solenoid is lost.

Installing the Rear Unlocking Button(HS5L-L)

After installing the interlock switch on the panel, place the rear unlocking button(supplied with the switch) on the push rod on the back of the interlock switch,
and fasten the button using M3 sems
screw (supplied with the switch).
Push RodRear Unlocking
ButtonMountingScrew(M3 sems)

Approx. 20.4mm Door open contact ON
Approx. 18.4mm Door close contact OFF
Approx.16mm Locking position

Panel

HS5L-LInterlock Switch

When installing on a mounting frame
thicker than 6mm, use the rear unlocking button kit HS9Z-FL5 (soldseparately).

Approx. 4.6mm Locking position
Approx. 6.6mmDoor open contact ON
Approx. 8.2mm Door close contact OFF
027.7mmInsertPull out
Approx. 8.2mm Door open contact ON
Approx. 6.6mm Door close contact OFF
Approx. 4.6mm Locking position

UNLOCK

Manual Unlocking
Position

Safety Precautions* Bounce can be tolerated to approximately 16mm.

Approx. 4.6mm

Normal Position

LOCK

When locking or unlocking the interlock switch manually, turn the key fully using
the manual unlock key supplied with the interlock switch as shown above. Using
the interlock switch with the key not fully turned (less than 90°) may cause
damage to the interlock switch or operation failures (when manually unlocked,
the interlock switch will keep the main circuit disconnected and the door
unlocked).
Do not apply excessive force to the manual unlock, otherwise the manual
unlock will become damaged. Do not leave the manual unlock key attached tothe interlock switch during operation. This is dangerous because the interlock
switch can always be unlocked while the machine is in operation.

InsertPull out[Reference] When using HS9Z-A51A with HS5L interlock switch:

Lockable range
Maximum gap

UNLOCK

Safety Precautions
After installing the rear unlocking button, apply Loctite to the screw so that thescrew does not become loose. The rod is made of stainless steel, the button ismade of glass-reinforced PA66 (66 nylon) and the screw is made of iron. Take
the compatibility of the plastic material and Loctite into consideration.

HS5L Interlock Switches with Solenoid
Safety Products

Instructions
Installing the Rear Unlocking Button Kit
1. Install the connecting rod onto the push rod on the HS5L-L rear unlocking
button interlock switch.
2. A pin is attached to the connecting rod. Insert the pin into the hole in the pushrod, using pliers.

Unlocking the Manual Lock Using the Rear
Unlocking Button
Use the rear unlocking button when a worker is locked inside a safety fence(hazard area). (Compliant with escape release described in ISO14119 [2003]
and GS-ET-19)

Push RodAPEM

UnlockSwitches &Pilot Lights
Control Boxes

Connecting
Rod

Unlock
HS5L-LInterlock Switch

Pin

Rear Unlocking Button

3. Pull the connecting rod from the hole in the mounting frame, and turn the
button operating pin to the horizontal position.
ConnectingRod• When the rear unlocking button is pressed, the interlock switch is unlocked
and the door can be opened.
• To lock the interlock switch, pull back the button.
• When the button remains pressed, the interlock switch cannot be locked even
if the door is closed, and the main circuit remains open.

Connecting Rod Orientation

Pull

Correct

Incorrect

Safety Precautions

Safety Precautions• Ensure that the connecting rod is pulled out completely and it is horizontal tothe interlock switch, otherwise the unlocking button cannot be installed.
Note: Frame must be supplied by the user.
When using an HS9Z-SP51 mounting plate (sold separately) to install the HS5L
on a frame, provide a hole for the connecting rod on the frame and mounting
plate.
For the mounting hole layout of interlock switches, see dimensions on E-047.
4. Install the unlocking button on the connecting rod by fitting the pin to thegrooves on the back of the button, and fasten the base plate on the mounting
frame using the screws.
ButtonGroove(1) Pull up once
Unlocking
ButtonA

ButtonOperating
Pin

B

(2)
Screw

5. After fastening the screws, check if locking and unlocking operations can be
performed.

Safety Precautions• Install the rear unlocking button kit in
the correct direction as shown below.
Do not install the kit in incorrect
directions, otherwise malfunction
may occur.
• Do not apply strong force exceeding
100m/s2 to the interlock switch
while the rear unlocking button is
not pressed, otherwise malfunction
may occur.

Rear Unlocking
Button Kit

Procedure

Correctorientation

Incorrect orientation

Emergency
Stop Switches
Enabling
Switches
Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors• Install the rear unlocking button in the place where only the operator inside
the hazardous area can use it. Do not install the button in a place where an
operator outside the hazardous area can use it, otherwise the interlock switch
can be unlocked during usual machine operation, causing danger.
• Operate the rear unlocking button by hand only. Do not operate using a tool orwith excessive force. Do not apply force to the button from the direction otherthan the proper direction, otherwise the button will be damaged.

Power Supplies

Recommended Tightening TorqueSensors• HS5L interlock switch: 1.8 to 2.2 N·m (M4 screws × 3)*• Lid mounting screw: 0.5 to 0.7 N·m (M3 screw × 2)
• Rear unlocking button: 0.5 to 0.7 N·m (M3 screw)• Rear unlocking button kit: 4.8 to 5.2 N·m (M5 screw)• Actuators
HS9Z-A51:
1.8 to 2.2 N·m (M4 screws × 2)*
HS9Z-A52:
0.8 to 1.2 N·m (M4 flat head screws × 2)
HS9Z-A51A/A52A: 1.0 to 1.5 N·m (M4 screws × 2)*
HS9Z-A53:
4.5 to 5.5 N·m (M6 screws × 2)*
HS9Z-A55:
1.0 to 1.5 N·m (M4 screws × 2)*
HS9Z-A55S:
1.0 to 1.5 N·m (M4 screws × 2)*
HS9Z-BA5:
4.5 to 5.5 N·m (M5 screws × 2/4)** If the mounting screw recommended tightening torque values above is notsatisfied, check loosening after installation thoroughly.
• Mounting screws need to be prepared by the customer.
• To avoid unauthorized or unintended removal of the interlock switch andthe actuator, it is recommended that the interlock switch and actuator are
installed in a secure manner, for example using special screws or welding thescrews (ISO14119).
• When installing the HS9Z-A51A and HS9Z-A52A actuators, use the washer(supplied with the actuator) on the hinged door, and mount tightly using two
M4 screws.
Mounting centers: 12mm (factory setting), adjustable to 20mm

AUTO-ID

M4 Screw
Washer(supplied)
RubberBushing

LED Illumination
Controllers
Operator
Interfaces

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

Hinged Door
M4 Screw Hole

E-052

HS5L Interlock Switches with Solenoid
Safety Products

8 to 9mm

Instructions
Applicable Cable Glands

Use a cable gland with IP67 protection degree.

• For wiring, use screwdrivers as shownin the right. (The shape of the tip of thescrewdriver is in accordance with DIN5264)• The inserting port of the wire andscrewdriver, and direction of the tip is asshown in the diagram below.

Applicable Cable Gland Dimensions
M20
APEM

9mm max.

Switches &Pilot Lights
Control Boxes
Emergency
Stop Switches
Enabling
Switches

ø2.5
7º to
13º

2.5

0.4

30mm max.

Refer to the instruction sheet from the URL below for recommended cable glands.
https://apac.idec.com/idec-apac/en/SGD/c/HS5L_Series

Screwdriver port
and direction of the
8 to 9mm screwdriver tip.
Wire port

Lead-in Wire Length and Wiring Examples

Safety Products
Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces

8 to 9mm
L1
Part No.
HS5L-4M-G
HS5L-4LM-G
HS5L-4SM-G
HS5L-4LSM-G

Connector
Interlock switch

Cable Orientation

Cable Length (L1)

Straight

30 to 35mm

• When using ferrules for stranded wires, use the ferrule listed in the following
ø2.5
table.

50 to 55mm
40 to 45mm

Side (right or left)

Terminal wiring diagram
4-Contact

2-Contact

21/23/ 22/24/ 31/33/
61/63 62/64 51/53

32/34/
52/54

11/13/
51/53

12/14 21/23/
52/54 41/43

22/24/
42/44

Sensors

Safety Modules

11/13

12/14

Notes:
When connecting the NC contact (11-12, 21-22) of door monitor circuit and NC
contacts (41-42, 51-52) of the lock monitor circuit in a series as an input to asafety circuit, connect 12-41 or 22-51.

Cautions for Wiring
HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

E-053

AWG

0.34mm2

22

7º to

13º

Part No.
S3TL-H034-10WT

0.5mm2200.75mm2

18

S3TL-H05-12WA
2.5
S3TL-H075-12WW

1mm2

17

S3TL-H10-12WY

0.4

Recommendation tools (sold separately)
Name

Part No.

Note

Crimping tool

S3TL-CR06D

Overseas limited sale

Wire connection method

AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains

Applicable wire
(stranded)

Use the following applicable wiring. Stranded wire or solid wire
(1 wire): 0.3 to 1.5mm2 (AWG22 to AWG16) 
Make sure to strip the wire insulation 8 to 9mm from the end. If the strip length
is too short, the wire may fall out. If the strip length is too long, it may shortcircuit with other wires.
Twist the wires and make sure that there are no wire whiskers.
When using stranded wires without ferrules, make sure that the core wires havenot been loosened.

1. Insert the screwdriver into the square-shaped
port from a slightly slanted angle as shown, until
the screw-driver tip touches the bottom of thespring. Make sure that the direction of the bladeedge is correct.
Incorrect
2. Push in the screwdriver until it touches thebottom of the port. The wire port is opened, andthe screwdriver is held in place. The screwdriverwill not come off even if you release your hand.
3. While the screwdriver is retained in the port,
Insulation inserted
insert the wire or ferrule into the round-shaped too deep
wire port.
4. Pull out the screwdriver.
The connection is now complete.

Correct

Wire inserted tothe bottom

Safety Precautions
When using wires with insulation diameter of ø2.0mm or less, do not insert
the wire too deeply where the insulation inserts into the spring clamp opening.
Make sure that the wire insulation is stripped 8 to 9mm and the wire is inserted
to the bottom.
Incorrect
Correct
If there is a need to insert thescrewdriver while holding theinterlock switch with hands, be
careful not to injure your fingers
with the tip of the screwdriver.
Insulation inserted
Wire inserted toConnect one wire to one
too deepthe bottom
wiring port.
(According to IEC 60204 (JIS 9960-1) 13.1.1 General Requirement)

HS5L Interlock Switches with Solenoid
Safety Products

Instructions
Changing the cable orientation(two-conduit model)

Connector Wiring

Cable orientation can be changed on two-conduit models(HS5L-4SM-G/HS5L-4LSM-G). Straight, left, and right orientation isavailable.
When shipped, the terminal cover is installed on the HS5L for straight or left cableorientation.

See below for mounting the cable rightward.
 Remove the cover mounting screws (M3×2) and remove the HS5L from thecover.
 Rotate the cover 180º.
 Re-intall the cover on the HS5L and fasten using the cover mounting screws.
Note: Before tightening the cover mounting screws, slide the spacer in the
direction opposite the screw positions to prevent it from coming into
contact with the screwdriver.

Connector (sold separately)A

Waterproofing
gasketB

Control Boxes
Connector (sold separately)Interlock switch

Cover
A

Waterproofing
gasketB

SpacerCover Mounting
Screws (M3×2)

Safety Precautions

180°

Opening conduit port
• Before use, knock out the conduit port where the connector is to beconnected, using a tool such as screwdriver as shown in the figures.
• Before opening the conduit port, remove the terminal cover from the HS5L,
and remove the locking ring for the cable gland installed in the terminal cover.
• Be sure to remove any cracks or burrs on the conduit port, as it will impair
waterproof performance.
Interlock switch

Locking ringfor cable gland
Terminal cover
Side orientation

Emergency
Stop Switches
Enabling
Switches
Safety Products* To remove the wiring, turn the power off and then unwire in the order of B →cover (→waterproof gasket → A).
Note: When removing A, because the waterproofing gasket is tightly attached tothe cable, pull out the gasket carefully with tweezers so that the gasket is
not damaged before loosening A. Otherwise, the cable will rotate together
with A when loosened, and might break due to excessive twisting. Also,
when reassembling, place the gasket in the original position first.

Terminal Cover

APEM
Switches &Pilot Lights Wire to the terminals.
 Tighten in the order of A → Cover → B.

Interlock Switch

Straight orientation

Perform wiring according to following procedures  to .
 Insert the cable into the connector. Leave A and B untightened.
O pen the cover and insert the cable into the cover.

InterlockswitchSpring clamp• When opening the cover, be careful not Spring clamp
terminal block
terminal block
to lose the cover mounting screw.
CoverA• When tightening connector B, insert
the cable into the connector, and set
Waterproof
packing
it to a position where the gasket ofB
the connector holds the cable sheath,
Sheathotherwise, its waterproof performance
Gasket holds
Sheath is
might be impaired.
the sheathloose• Tighten the connector in order of A → tightly
B. If connector B is tightened first, the Make sure that the entire bore surface of
wiring connected to the spring clamp the gasket is in contact with the sheath.
terminal may become twisted whentightening A, causing disconnection or malfunction.
• Tighten the connectors with tightening torque according to the torquevalue recommended by the connector manufacturer. Otherwise, waterproof
performance might be impaired.
• Do not exert excessive load, pressure, or tensile force on the cable, otherwise,
disconnection or malfunction might occur.

Explosion Proof
Terminal Blocks
Relays & Sockets
Circuit
Protectors
Power Supplies
LED Illumination
Controllers
Operator
Interfaces
Sensors
AUTO-ID

Interlock
Switches
Non-contact
Interlock Switches
Safety Laser
Scanners
Safety Light
Curtains
Safety Modules

HS6B
HS6E
HS5D
HS5L
HS1L
Actuators for
HS1/HS5/HS6
Actuators/
Padlock Hasp

SAPEN01A_E HS5L August 2023

E-054

Ordering Terms and Conditions
Thank you for using IDEC Products.
By purchasing products listed in our catalogs, datasheets, and the like (hereinafter referred to as “Catalogs”) you agree to be bound by these terms and conditions. Please readand agree to the terms and conditions before placing your order.

1. Notes on contents of Catalogs

3. Inspections(1) Rated values, performance values, and specification values of IDEC products
listed in this Catalog are values acquired under respective conditions in
independent testing, and do not guarantee values gained in combined
conditions.
Also, durability varies depending on the usage environment and usage
conditions.
(2) Reference data and reference values listed in Catalogs are for reference
purposes only, and do not guarantee that the product will always operate
appropriately in that range.
(3) The specifications / appearance and accessories of IDEC products listed in
Catalogs are subject to change or termination of sales without notice, for
improvement or other reasons.
(4) The content of Catalogs is subject to change without notice.

2. Note on applications(1) If using IDEC products in combination with other products, confirm theapplicable laws / regulations and standards.
Also, confirm that IDEC products are compatible with your systems, machines,
devices, and the like by using under the actual conditions. IDEC shall bear no
liability whatsoever regarding the compatibility with IDEC products.
(2) The usage examples and application examples listed in Catalogs are forreference purposes only. Therefore, when introducing a product, confirm theperformance and safety of the instruments, devices, and the like before use.
Furthermore, regarding these examples, IDEC does not grant license to use
IDEC products to you, and IDEC offers no warranties regarding the ownershipof intellectual property rights or non-infringement upon the intellectual
property rights of third parties.
(3) When using IDEC products, be cautious when implementing the following.
i. Use of IDEC products with sufficient allowance for rating and 		
performanceii.	Safety design, including redundant design and malfunction prevention
design that prevents other danger and damage even in the event that an
IDEC product failsiii.	Wiring and installation that ensures the IDEC product used in yoursystem, machine, device, or the like can perform and function according
to its specifications(4) Continuing to use an IDEC product even after the performance has
deteriorated can result in abnormal heat, smoke, fires, and the like due toinsulation deterioration or the like. Perform periodic maintenance for IDEC
products and the systems, machines, devices, and the like in which they areused.
(5) IDEC products are developed and manufactured as general-purpose products
for general industrial products. They are not intended for use in the following
applications, and in the event that you use an IDEC product for theseapplications, unless otherwise agreed upon between you and IDEC, IDEC shallprovide no guarantees whatsoever regarding IDEC products.
i.	Use in applications that require a high degree of safety, including nuclear
power control equipment, transportation equipment (railroads / airplanes/ ships / vehicles / vehicle instruments, etc.), equipment for use in outerspace, elevating equipment, medical instruments, safety devices, or
any other equipment, instruments, or the like that could endanger life or
human healthii.	Use in applications that require a high degree of reliability, such asprovision systems for gas / waterworks / electricity, etc., systems that
operate continuously for 24 hours, and settlement systems
iii.	Use in applications where the product may be handled or used deviatingfrom the specifications or conditions / environment listed in the Catalogs,
such as equipment used outdoors or applications in environments
subject to chemical pollution or electromagnetic interference
If you would like to use IDEC products in the above applications, be sure
to consult with an IDEC sales representative.

Head Office
USA
EMEA

We ask that you implement inspections for IDEC products you purchase without
delay, as well as thoroughly keep in mind management/maintenance regarding
handling of the product before and during the inspection.

4. Warranty(1) Warranty period
The warranty period for IDEC products shall be one (1) year after purchase ordelivery to the specified location. However, this shall not apply in cases where
there is a different specification in the Catalogs or there is another agreementin place between you and IDEC.
(2) Warranty scope
Should a failure occur in an IDEC product during the above warranty period
for reasons attributable to IDEC, then IDEC shall replace or repair that
product, free of charge, at the purchase location / delivery location of the
product, or an IDEC service base. However, failures caused by the following
reasons shall be deemed outside the scope of this warranty.
i. The product was handled or used deviating from the conditions / 		environment listed in the Catalogs
ii. The failure was caused by reasons other than an IDEC productiii. Modification or repair was performed by a party other than IDEC
iv. The failure was caused by a software program of a party other than 		IDEC
v. The product was used outside of its original purposevi.	Replacement of maintenance parts, installation of accessories, or the like
was not performed properly in accordance with the user’s manual and
Catalogs
vii. The failure could not have been predicted with the scientific and 		technical standards at the time when the product was shipped from 		
IDEC
viii.	The failure was due to other causes not attributable to IDEC (including
cases of force majeure such as natural disasters and other disasters)
Furthermore, the warranty described here refers to a warranty on the IDEC
product as a unit, and damages induced by the failure of an IDEC product are
excluded from this warranty.

5. Limitation of liability
The warranty listed in this Agreement is the full and complete warranty for IDEC
products, and IDEC shall bear no liability whatsoever regarding special damages,
indirect damages, incidental damages, or passive damages that occurred due to an
IDEC product.

6. Service scope
The prices of IDEC products do not include the cost of services, such as dispatching
technicians. Therefore, separate fees are required in the following cases.
(1) Instructions for installation / adjustment and accompaniment at test operation(including creating application software and testing operation, etc.)(2) Maintenance inspections, adjustments, and repairs(3) Technical instructions and technical training(4) Product tests or inspections specified by you
The above content assumes transactions and usage within your region. Please
consult with an IDEC sales representative regarding transactions and usage outsideof your region. Also, IDEC provides no guarantees whatsoever regarding IDEC
products sold outside your region.

www.idec.com

6-64, Nishi-Miyahara-2-Chome, Yodogawa-ku, Osaka 532-0004, JapanIDEC Corporation
APEM SAS

Singapore
ThailandIndia

IDEC Izumi Asia Pte. Ltd.
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