3
2 .6 Technical data
Environmental conditions
Storage temperature max.
−25°C … +70°C
Operating temperature max.
-20°C … +50°C
Protection class
IP67
Air and creeping distances acc. to IEC/EN 606641
- Overvoltage category
3
- Degree of contamination
3
Mechanical data
Design of the electrical connection
X1.1 - supply line
plug connector M12, 5-pin
Locking force Fmax
- typical
1500 N
- guaranteed
1200 N
Fixing force
30 N
Vertical offset
± 2.5 mm
Lateral offset
± 2.5 mm
Housing
aluminum, hard-anodized
Solenoid
aluminum, hard-anodized
Anchor plate
steel, nickel-plated
Mechanical lifetime
>107 switching operations
Shock resistance
30 g/11 ms
Vibration resistance
10-55 MHz
Dimensions
- Width
24.4 mm
- Length
257.0 mm
- Height
22.2 mm
Anchor plate dimensions
- Width
34.0 mm
- Length
130.0 mm
- Height
9.1 mm
Electrical data
Power supply UB
Ue: 24 V DC − 15%/+ 10% (PELV acc. to 60204-1)
Power consumption at UB
7.2 W (300 mA at 24 V DC)
Switching frequency
1 kHz
Rated insulation voltage Ui
± 4 kV
Rated operating current Ie
max. 40 mA
Utilization category
DC-13
Idle current I0
max. 300 mA
Electrical data inputs
Input
- Safety sensor
IN 1, Pin 4
- Solenoid control
IN 2, Pin 5
Rated operating voltage Ue
−3 V … +5 V (low)
+15 V … +30 V (high)
Rated operating current Ie
< 2 mA / 24 V
Electrical data diagnosis output
Diagnosis output
OUT 1, pin 2
Function type
sourcing, short circuit proof
Rated operating voltage UE
−3 V … +5 V (low)
+15 V … +30 V (high)
Rated operating current IE
< 2 mA / 24 V
Diagnosis function, OUT1
- Continuous signal
input safety sensor OK and solenoid locked
- 1x flashing
safety sensor switched on, solenoid not locked
- 2x flashing
safety sensor not switched on, solenoid locked
- 3x flashing
locking force of 900N not reached
- 4x flashing
magnetic flux interrupted when throw open the door
- 5x flashing
error magnetic flux measurement
Note
The diagnosis output is not a safety-related output
Note:
the power supply unit has to comply with rules and regulations for protective
extra-low voltages (SELV, PELV). The inputs and outputs of the safety switch have
to be equipped with a protective separation of voltage higher than 60 V AC.
3 . Installation
3 .1 General installations notes
Always use support elements that are suitable for the expected ambient conditions. The
installation may only be carried out by authorized skilled personnel.
The process guard locking can be installed on left- or right-hinged swing doors or sliding
doors. Install the guard locking and the anchor plate parallel and opposite to each other.
If a safety sensor, e.g. SAFIX, is installed and used for a safety function, observe the operating
manual of the respective safety sensor.
Precautions during installation
Observe the following instructions to prevent injuries or damages to the device.
• Check after the installation of the solenoid and the anchor plate if the surfaces are
smooth and parallel to each other, in order to provide full contact when closing the door.
• HOLDX L1 has to be installed as close as possible to the door handle. If there is a
distance between the lock and the door handle, the door frame acts as a lever and the
operating power necessary to open the lock is reduced. Furthermore, this can cause a
rotation of the anchor plate towards the solenoid, which reduces the locking force of
the lock significantly.
• The locking force can be significantly reduced if the anchor plate and the foam cannot
move, for this reason a full contact always has to be reached.
• Connect the cable to the M12 plug only after the HOLDX L1 was installed on the safety door.
• Make sure that all safety functions were checked before commissioning of the system.
Caution
The anchor plate must not be used as the only form of door hinge. In order
to prevent damage to HOLDX L1, at least one additional door hinge has to
be installed.
The surface of the magnet coil can get hot in continuous operation.
Installation of HOLDX L1 on a door
1.
2.
3.
1.
Place the HOLDX L1 in the required position and tighten the bolts. Close the door.
2.
Attach the anchor plate together with the foam to the mounting bracket with the
delivered bolts and washers.
3.
Align the mounting bracket with the anchor plate to the same height as the HOLDX
L1 and screw the mounting bracket on the door.
Mounting brackets are available as additional equipment.
Influence
Be aware that magnetic fields can delete data carriers and impact or destroy
electronic or mechanic components, such as cardiac pacemakers. We are un-
aware of any negative influences for humans that originate from the magnetic
fields of permanent magnets.
During direct contact to magnetic materials and systems, allergic reactions
can arise (e.g. against ceramic and metallic materials as well as zinc, nickel
and plastics).
