DINA DN3PD1 User guide

DN3PD1
Original Instruction Manual
valid for ID-No: 33PD02
Safety switchgear
to monitor the speed of three-phase and
single-phase motors without sensor
we are safety.

18-09-27 / 33pd02-V0743 3
EU-Konformitätserklärung
EC-Declaration of Conformity
DINA Elektronik GmbH
Esslinger Str. 84
72649 Wolfschlugen
Germany
Phone [phone]
Fax [phone]
[e-mail]
www.dina.de
Wir erklären, dass folgendes Produkt die einschlägigen Harmonisierungsrechtsvorschriften der Union erfüllt.
We declare that the following product is in conformity with the relevant Union harmonization legislation.
Produkt/ product
Beschreibung/ Description
DN3PD1
Sicherheitsschaltgerät zur sensorlosen Drehzahlüberwa-
chung bei Ein- und Dreiphasen Motoren
Safety switchgear unit to monitor the speed of 3-phases
and single phase motors without sensor
EU-Richtlinien/ EC- directives
Angewandte Normen/ Applied standards
2006/42/EG Maschinenrichtlinie/ Machinery-Directive
2014/30/EU EMV-Richtlinie/ EMC-Directive
2011/65/EU RoHS Richtlinie/ RoHS-Directive
EN ISO 13849-1: 2015
IEC 62061: 2015
IEC 61800-5-2: 2016
IEC 61508: Parts 1-7:2010
EN 50178: 1997
EN 60204-1: 2006 + A1:2009 + AC:2010
EN 60947-5-1:2010
EN 61326-1: 2013
EN 61326-3-1: 2008 + Entwurf 2015 SIL3
GS-ET-20: 2016-10
Notifizierte Stelle
Notified Body
EG Baumusterprüfbescheinigung
EC Type Test
TÜV Rheinland Industrie Service GmbH
Am Grauen Stein
51105 Köln
Germany
NB 0035
Reg.-Nr.: /No.: 01/205/5650.01/18
Wolfschlugen, 24.07.2018
Dirar Najib
CEO

DN3PD1
Inhaltsverzeichnis
418-09-27 / 33pd02-V0743
Content
1Intended Use 6
Approvals 6
Safety parameters 6
Ordering data 6
2Safety regulations 7
3Important information and validation 7
4Function description 8
Switching threshold 8
Start-up monitoring 8
Minimum switch-off time 8
Acknowledge function 8
Functional diagram 9
Schematic, operating element and display 10
Terminal description 10
5Applications 11
Motor with frequency converter 11
Motor with star-delta circuit 11
Single-phase motor 11
6Mounting and removal 11
Wiring 12
Commissioning 12
Example of application 12
7Parameterization of the switching thresholds 13
Important notes for parameterization 13
Table of frequencies 13
Configuration of the switching threshold and acknowledgement 14
Example for configuration 15
8Diagnostics 16
Error report 16
9Technical data 17
Ambient conditions 17
Input data 17
Output data 17
General data 17
Connection data 17
Relay load curve 18
10 Dimensions 18

DN3PD1
18-09-27 / 33pd02-V0743 5
Always read the additional applicable online documentation before working on/with the safety
switchgear. Make sure you always work with the valid documentation. This is available online at
http://www.dina.de/downloads/
Dispose of the device according to the national environmental regulations.
Symbol and Notes:
WARNING
Observe the safety regulations and installation notes in the corresponding section.
INFO
Observe the notes in the corresponding section.
Version overview / Change history
Version
Date
valid for ID-No
Innovations / changes
0743
2018-09-27
33PD02

DN3PD1
Intended Use
618-09-27 / 33pd02-V0743
1Intended Use
•Safety switchgear to monitor the speed of three-phase and single-phase motors without sensor.
•Two speed thresholds are possible: minimum speed and maximum speed.
•The unit meets Cat. 4/ PL e acc. to ISO 13849-1, SIL (CL) 3 acc. to IEC 62061 and IEC 61508.
•Usage in safety current circuit according to VDE 0113 T.1
Approvals
Safety parameters
The unit meets Cat. 4/ PL e and SIL (CL) 3.
Parameter
Value
Note
PFH
1,56 E-09 1/h
1,6 % von SIL 3
MTTF
d
553 a
HIGH
DC
avg
95%
(HIGH)
table 1-1: Safety parameters
Ordering data
Description
Type
ID-No.:
Speed monitoring, sensorless 0-600Hz, 2 contact outputs,
start-up monitoring DN3PD1 33PD02

DN3PD1
Safety regulations
18-09-27 / 33pd02-V0743 7
2Safety regulations
•The device may only be installed and commissioned by an electrician or trained persons who are familiar
with these operating instructions and the applicable regulations regarding work safety and accident pre-
vention.
•Observe the VDE, EN and local regulations, particularly with respect to the protective measures.
•Failure to observe the regulations may result in death, severe bodily injury or extensive property damage.
•For emergency-stop applications, either the integrated function for restart interlock must be used or au-
tomatic restarting of the machine must be prevented by means of a higher-level control.
•During transport, storage and operation, adhere to the conditions specified in EN 60068-2-1, 2-2!
•Unauthorized modifications shall render any warranty null and void. Dangers may thereby arise that
could result in severe injuries or even death.
•Install the device in a control cabinet with a protection class of at least IP54! Dust and moisture may oth-
erwise result in impaired functions. Installation in a control cabinet is mandatory.
•Ensure adequate protection circuits at output contacts for capacitive and inductive loads!
•The device is to be installed taking into account the distances required per DIN EN 50274, VDE 0660-514.
•During operation, switching devices carry dangerous voltage. Do not remove protective covers.
•Replace the device after the first malfunction.
•Properly dispose of the device at the end of its service life.
•If these regulations are not adhered to or in the event of improper use, DINA Elektronik GmbH accepts
absolutely no liability for the resulting property damages or personal injury.
•Save this product information!
3Important information and validation
•The product described here was developed to perform safety-related functions as part of a complete
system.
•The complete system consists of sensors, evaluation and message units as well as concepts for safe
shutdowns.
•It is the responsibility of the manufacturer of a system or machine to ensure the proper overall function.
•The manufacturer of the system is required to test and to document the effectiveness of the
implemented safety concept within the complete system.
In this case, it must be checked whether the release contacts open when exceeding or falling below the
thresholds.
•This verification is to be performed after every modification to the safety concept or to safety parameters.
•DINA Elektronik is not in the position to guarantee the properties of a complete system that was not
designed by DINA.
•DINA Elektronik GmbH also accepts no liability for recommendations that are given or implied by the fol-
lowing description.
•No new guarantee, warranty or liability claims that extend beyond DINA's general delivery conditions can
be derived on the basis of the following description.
•To avoid EMC disturbances, the physical environmental and operating conditions at the installation
location of the product must comply with section EMC of DIN EN 60204-1.
•When using contact outputs, the safety function must be requested once a day at PL e and once a year at
PL d according to IEC 61800-5-2.
•Observe the general technical data at the end of this operating manual.

DN3PD1
Function description
818-09-27 / 33pd02-V0743
4Function description
The two-channel evaluation unit of the safety switchgear module measures the frequency of the effective rotat-
ing field of the motor at the measuring terminals L1, L2, L3.
If the parameterized switching threshold frequencies are exceeded or undershot (V-LIMIT 1 and V-LIMIT 2), or an
internal or external fault exists, the enabling current paths 13/14, 23/24 open immediately. The device is in safe
switching state.
The monitoring of V-LIMIT 1 can be deselected. Then the output contacts remain closed at standstill.
Asynchronous motors have a load-dependent slip between the motor speed and the rotating field frequency. This
must be observed by the configuration of the switching threshold (V-LIMIT 1 and V-LIMIT 2).
Switching threshold
Two switching thresholds are configurable.
V-LIMIT 1: minimum speed
If V-LIMIT 1 is undershot, the output contacts (13-14 / 23-24) switch off.
They switch on again after the acknowledgment via the acknowledgment input Q.
Depending on the acknowledgment mode, the switch-on-conditions differ. Please note the chapter
"Function diagram".
V-LIMIT 2: Maximum speed
If V-LIMIT 2 is exceeded, the output contacts (13-14 / 23-24) switch off.
They switch on again after the acknowledgment via the acknowledgment input Q, if V-LIMIT 2 (minus hysteresis)
is undershot.
Switching on takes place at the earliest after 0.5 seconds. (see chapter minimum switch-off time)
Start-up monitoring
The startup monitoring tAis a time limit within which the actual speed must be greater than V-LIMIT 1. If the mini-
mum speed is not reached during this time, the enable current path opens again.
The start-up monitoring time is fixed and is 60s. It is not retriggerable, it cannot be restarted while it is running.
The start-up monitoring time starts
•In case of manual acknowledgment: with the falling edge of the acknowledge signal
•In case of automatic acknowledgment: if the actual speed is> 1Hz
The startup monitoring is omitted if V-LIMIT 1 has been deselected.
Minimum switch-off time
The minimum switch-off time tmin is the time that the enable current path is at least open after triggering before it
switches on again. It is 0.5s.
Acknowledge function
•With the acknowledgment function, the enable current path is switched on again after a shutdown due to
underspeed or overspeed.
•The acknowledgment takes place via the input Q.
•Automatic or manual acknowledgment is possible.
•With automatic acknowledgment, the Q input must always be connected to 24V DC.
•A manual acknowledgment takes place after a falling signal edge at the input Q (tQ ≥ 200ms and ≤ 10s).

DN3PD1
Function description
18-09-27 / 33pd02-V0743 9
•Signal that is longer than10s does not cause a reset.
•For parameterization of the acknowledgment function see chapter " Configuration of the switching
threshold and acknowledgement".
Functional diagram
Automatic acknowledgement V-LIMIT 1 and V-LIMIT 2
(V-LIMIT 1 must be at least 1.1Hz!)
Manual acknowledgment V-LIMIT 1 and V-LIMIT 2
1
Start-up monitoring time starts if f>1Hz
1
Start-up monitoring time starts with the falling
edge of the acknowledgement signal.
2
Start-up monitoring time is expired. Enabling
current path remains closed because f>V-LIMIT
1.
2
Start-up monitoring time is expired. Enabling
current path remains closed because f>V-LIMIT
1.
3
Enabling current path opens because f<V-LIMIT
1.
3
Enabling current path opens because f<V-LIMIT
1.
4
Enabling current path closes, if f<0,5Hz.
4
Start-up monitoring time starts with the falling
edge of the acknowledgement signal.
5
Start-up monitoring time starts if f>1Hz.
5
Start-up monitoring time is expired. Enabling
current path opens because f < V-LIMIT 1.
6
Start-up monitoring time is expired. Enabling
current path opens because f < V-LIMIT 1.
6
Start-up monitoring time starts again.
7
The setpoint speed was reached outside of the
minimum switch-off time. Enabling current path
closes.
7
Start-up monitoring time is expired. Enabling
current path remains closed.
8
The setpoint speed was reached within the min-
imum switch-off time. Enabling current path
closes after 0.5s.
8
Enabling current path closes because
V-LIMIT 1<f<V-LIMIT 2.
Hysteresis
f
Q-autom.
V-LIMIT2
13/14, 23/24
1 Hz
0,5 Hz
V-LIMIT1
Hysteresis
t A
>t min <t min
t A
1 2 3 54 6 7 8
Hysteresis
f
Q-manuell
V-LIMIT2
13/14, 23/24
V-LIMIT1
Hysteresis
t A
t
A
t
A
1235
467 8

DN3PD1
Function description
10 18-09-27 / 33pd02-V0743
Schematic, operating element and display
OK
SPEED
24 V DC
A1 A2 O1 O2
L1
13 14 23 24Q
b8
L3 L2
b4
b2
b1
SET
L1, L2, L3
Measuring inputs
A1 Power supply
+24V DC
A2 0V
Q Acknowledgment in-
put
O1, O2 Diagnostics outputs
13-14/23-24 Enabling contacts
SET Configuration button
b1, b2, b4, b8 parameter 1-15
OK Ready for operation
SPEED Speed Status
Terminal description
A1/ A2 Power supply 24V DC
L1, L2, L3 Measuring inputs are to be connected directly to the motor, without switching contacts between.
Q Acknowledgment input can be parameterized, manually or automatically
13/14, 23/24 Enabling contacts (2 NO-contacts). These switch off immediately if the parameterized speeds are
undershot or exceeded or internal or external errors.
13/14, 23/24 are to be used in such a way that the intended safety function, e.g. emergency stop is
executed.
O1, O2 Digital positive switching semiconductor outputs for the transmission of switching states to a
higher-level control for diagnostic tasks.

DN3PD1
Applications
18-09-27 / 33pd02-V0743 11
5Applications
Motor with frequency converter
The operation on electric power drive systems with adjustable
speed is possible. (Frequency converter)
L1
L2
L3
U1V 1W1
24V DC
Test?
FU/ FC
M
V1U2
U1
W2 W1
V2
3
L1
L2
L3
A1
A2
Q 13
14O1
23
24O2
DN3PD1
b1
b2
b4
b8SET
Motor with star-delta circuit
Operation on motors with star-delta connection or pole
changeover is possible. For pole-changing motors, please note
that DN3PD1 detects the frequency and not the speed!
The measuring inputs L1 and L3 are bridged and directly con-
nected to W1 on the motor.
The measuring input L2 is directly connected to W2 on the mo-
tor.
3M
L1
U1
U2
V 1
V 2 W 2
W 1
L2 L3
24V DC
L1
L2
L3
A1
A2
Q 13
14O1
23
24O2
DN3PD1
b1
b2
b4
b8 SET
Single-phase motor
Operation on a single-phase motor is possible.
The measuring inputs L1 and L3 are bridged and directly con-
nected to U1 on the motor.
The measuring input L2 is directly connected to U2 on the mo-
tor.
1
M
L
N
U1 U2
Test? 24V DC
L1
L2
L3
A1
A2
Q 13
14O1
23
24O2
DN3PD1
b1
b2
b4
b8 SET
6Mounting and removal
Mounting on 35mm DIN rail according to EN 60715
For the removal pull the lock device using a screwdriver
Required distances according to DIN EN 50274, VDE 0660-514 must be observed
No strong magnetic fields in the installation vicinity. (Magnetic fields < 30 A/m). These can interfere with the unit.
Mounting
70-75mm
70-75mm (1) (2) (3)
(1) DIN rail
(2) lock device
(3) cable channel
Removal

DN3PD1
Mounting and removal
12 18-09-27 / 33pd02-V0743
Wiring
•Conductor cross-section of 1.5 mm² must not be undercut.
•Use Copper wires approved up to 60°C/75°C.
•For of wire end sleeve is recommended.
•Loads connected to the measuring wires are not allowed.
•The placing of the measuring wires has to avoid a cross connection or short. Laying in cable channel.
•The regulations according to EN 60204-1 are to be followed.
•Use effective protective circuits parallel to an inductive load to avoid a shortcut of the output contacts.
•The arrangements of the overcurrent protective mechanism are to consider.
•Overvoltage > 32V DC destroys the unit.
•Use power supply with max. 32V output voltage also with fault..
Commissioning
•Switch off the unit befor you start working.
•Wire the unit according to intended use
•Connect the power supply 24V DC to A1 and 0V to A2.
•Self-test follows. After faultless self-test the unit is in function. The LED OK is green
Example of application
Application: Output contacts connected in parallel
L1
L2
L3
U1V 1W1
24V
L1
L2
L3
A1
A2
Q 13
14O1
23
24
O2
DN3PD1
14
NC
FU/ FC
Test?
b1
b2
b4
b8 SET
≤ 3A
≤ 3A
∑6A
M
V1
U2
U1
W2W1
V2
3
24
14
24
Application: Output contacts connected in series
L1
L2
L3
U1 V 1 W1
24V
L1
L2
L3
A1
A2
Q 13
14O1
23
24O2
DN3PD1
NC
FU/ FC
Test?
b1
b2
b4
b8 SET
2323
≤ 3A
M
V1U2
U1
W2 W1
V2
3

DN3PD1
Parameterization of the switching thresholds
18-09-27 / 33pd02-V0743 13
7Parameterization of the switching thresholds
Important notes for parameterization
•Use a VDE-insulated screwdriver according to EN 60900 to press the SET button.
•The switching threshold and acknowledgement must be set correctly in order to ensure safe operation;
this responsibility lies with the user.
•To determine the switching thresholds, the number of pole pairs must be taken into account:
•f [Hz]= n [U/min] / 60 x number of pole pairs
•Example: 5000 rev/min x 3 (number of pole pairs) / 60 = 250Hz
•During parameterization, the output contacts are switched-off.
•The parameters are not saved by voltage break or break of the parameterization for longer than 20s.
•Frequency of (V-LIMIT 2 -10%) must be higher than (V-LIMIT 1).
•On automatic acknowledgement must be V-LIMIT 1 ≥ 1,1Hz .
•The monitoring of a minimum speed can be deselected. In this case, the lowest frequency for V-LIMIT 1
should be selected. There is no distance to keep to V-LIMIT 2. The output contacts remain closed at
standstill.
Table of frequencies
These frequencies can be set as switching thresholds.
Level x.1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
Level x.2
1
0,15
1,26
1,96
3,05
4,8
7,4
11,5
18,0
28,00
43,6
68,0
104
159
255
396
2
0,20
1,29
2,02
3,14
4,9
7,6
11,9
18,5
28,8
44,9
70,0
106
163
263
408
3
0,30
1,33
2,08
3,24
5,04
7,9
12,2
19,1
29,70
46,3
72,1
109
167
270
418
4
0,40
1,37
2,14
3,33
5,2
8,1
12,6
19,6
30,6
47,7
74,3
112
172
278
431
5
0,50
1,41
2,20
3,43
5,35
8,3
13,0
20,2
31,5
49,1
76,5
116
178
287
443
6
0,60
1,46
2,27
3,54
5,5
8,6
13,4
20,8
32,5
50,6
78,8
119
181
295
458
7
0,70
1,50
2,34
3,64
5,7
8,8
13,8
21,5
33,4
52,1
81,1
123
187
304
471
8
0,80
1,55
2,41
3,75
5,8
9,1
14,2
22,1
34,4
53,7
83,6
126
291
314
485
9
0,90
1,59
2,48
3,86
6,0
9,4
14,6
22,8
35,5
55,3
86,1
130
196
323
500
10
1,00
1,64
2,55
3,98
6,2
9,7
15,1
23,5
36,5
56,9
88,7
134
214
333
514
11
1,05
1,69
2,63
4,10
6,4
10,0
15,5
24,2
37,6
58,6
91,3
138
221
342
529
12
1,10
1,74
2,71
4,22
6,6
10,3
16,0
24,9
38,8
60,4
94,1
142
227
353
544
13
1,15
1,79
2,79
4,35
6,8
10,6
16,5
25,6
39,9
62,2
97,5
147
234
363
560
14
1,18
1,85
2,88
4,48
7,0
10,9
17,0
26,4
41,1
64,1
100
150
240
374
575
15
1,22
1,90
2,96
4,61
7,2
11,2
17,5
27,2
42,0
66,0
102
155
247
385
594

DN3PD1
Parameterization of the switching thresholds
14 18-09-27 / 33pd02-V0743
Configuration of the switching threshold and acknowledgement
The current settings can be checked by briefly pressing the SET button. The LEDs show the parameters binary
coded in five steps (Level). Two levels each determine V-LIMIT 1 and V-LIMIT 2 (see frequency table), the fifth level
indicates the type of acknowledgment.
The permanent pressing of the SET button starts the parameterization mode and the levels can be run through.
Releasing the button allows you to change this level parameter. The configuration can be adjusted by a short
touch of the button. The new setting is saved again by pressing the button permanently.
Each level can be recognized by its flashing rhythm or the LED color.
V-LIMIT 1
V-LIMIT 2
Acknowledgement
1.1: column 1.2: row 2.1: column 2.2: row autom./manual
SET
b8
b4
b2
b1
Adjusting by briefly pressing the SET button
Save: press SET button >1s
Press SET button for >2s until all LED flash green.
Adjust V-LIMIT 1, Level 1.1 binary coded by short key press (column of the table 7-1)
Keep the SET button pressed: The value is saved and displayed as continuous light.
Keep the SET button pressed until the blinking rhythm of all LEDs changes.
Adjust V-LIMIT 1, Level 1.2 binary coded by short key press (row of the table 7-1).
Keep the SET button pressed: The value is saved and displayed as continuous light.
Keep the SET button pressed until the color of all LEDs changes.
Adjust V-LIMIT 2, Level 1.1 binary coded by short key press (column of the table 7-1)
Keep the SET button pressed: The value is saved and displayed as continuous light.
Keep the SET button pressed until the blinking rhythm of all LEDs changes.
Adjust V-LIMIT 2, Level 1.2 binary coded by short key press (row of the table 7-1).
Keep the SET button pressed. The value is saved and displayed as continuous light.
Keep the SET button pressed until the LED flash in pairs.
Adjust the acknowledgement*) by short key press
Keep the SET button pressed: The value is saved and displayed as continuous light.
Release the button. The configuration is completed. The unit is ready for operation, if the OK LED shows
green.
*) Adjust the acknowledgement
b8
b4
b2
b1
-
b8
b4
b2
b1
manual SET automatic
The set thresholds must be validated as follows:
Checking the set parameters in the display mode (short pressing of the SET key) and verification of
the correct safety functions by checking the shutdown speeds, e.g. by comparison with the speed dis-
played on the frequency converter or use of other suitable speed measuring equipment.
Level

DN3PD1
Parameterization of the switching thresholds
18-09-27 / 33pd02-V0743 15
Example for configuration
V-LIMIT 1 = 1,0 Hz V-LIMIT 2 = 297,9 Hz
Acknowledgement
Level 1.1
Level 1.2
Level 2.1
Level 2.2
manual
column 1
row 10
column 14
row 6
b8
b4
b2
b1
b8
b4
b2
b1
b8
b4
b2
b1
b8
b4
b2
b1
b8
b4
b2
b1

DN3PD1
Diagnostics
16 18-09-27 / 33pd02-V0743
8Diagnostics
The 2-color LEDs (b1, b2, b4, b8) indicate operational readiness, switching status, internal and external errors.
The semiconductor output O1 is switched on when the frequency is within the parameterized range. See Fig. 8-1
The semiconductor output O2 indicates the operational readiness. This switches off in case of an error.
LED OK
LED SPEED
O1
O2
13/14, 23/24
Status
green
green
24V
24V
acknowledged
in range
green
off
0V
24V
not acknowledged
out of range
green
flashing green
0V
24V
acknowledged
out of range
green
off
24V
24V
not acknowledged
in range
flashing red
off
0V
0V
error
see error report
Fig. 8-1
Error report
The red flashing LED OK signals an error condition.
The flashing variations for different causes of faults are shown below.
flashing variation
possible cause
remedy
1s
1x 1x 1s 1x
incorrect power supply
UB < 20V or > 32V UB=20.5V-26,5V DC
1s
… 2x … 2x 1s … 2x
(V-LIMIT 2) < (V-LIMIT 1)
(V-LIMIT 2 – 10%) > (V-LIMIT 1)!
1s
… 3x … 3x 1s … 3x
incorrect acknowledge signal
Q < 200ms or > 10s Q ≥200ms, <10s
1s
… 4x … 4x 1s … 4x
open-circuit on L1, L2, L3
check on
short circuit
cross-connection
wire break
1s
… 5x … 5x 1s … 5x
single-channel measuring
check on
short circuit
cross-connection
wire break
1s
… 6x … 6x 1s … 6x
relay error
check on external error
switch off, switch on
exchange
1s
… ≥7x … ≥7x 1s … ≥7x
internal error switch off, switch on
exchange

DN3PD1
Technical data
18-09-27 / 33pd02-V0743 17
9Technical data
Ambient conditions
Ambient temperature (operation)
-20 to +55°C DIN IEC 60068-2-3
Ambient temperature (storage)
-40 to +85°C DIN IEC 60068-2-3
Maximum altitude
max. 2000m (above sea level)
Vibration resistance 3 axis
Sinus 10–55Hz, 0,35mm, 10 cycles, 1 octave/min
Air and creepage distances
DIN EN 50178, safe isolation
Protection class
Installation in a closed cabinet, min. IP54
Input data
Operating voltage UB
24V DC -15 % / +10 %, reverse protection
Current draw at 24V DC
typ. 80mA
Current draw at L1, L2, L3
0,35mA at 690V AC
Input voltage at L1, L2, L3
90 to 690V AC
Input frequency at L1, L2, L3
≤ 600 Hz
Switching hysteresis
10%
Power consumption at A1/ A2
typ. 1,9W
Status display
4 x LED 2-color
Protection wiring
Overvoltage/ inverse polarity protection
Output data
Contact type
2 enabling NO-contacts
Contact material
AgSnO
2
Operating voltage
24V DC / 230V AC
Minimum switching current
3 mA/ 24V DC
Maximum switching current
6A / 24V DC/ 230V AC
Short-circuit strength
1000A SCPD 6A gL/gG
Mechanical life
107switching cycles
Reaction time
Up to 30 Hz: 1 period (reciprocal value of the set frequency) + 10ms
Over 30 Hz: 3 x 1 period + 10ms
Output fuse
6 A gL/gG
B10d values acc. to
DIN EN 61810-2-1, 01.2012
AC15: 5A/230V AC, >2x105,
AC1: 6A/230V AC, >2x105
DC13: 4A/24V DC, >3x105
DC1: 6A/ 24V DC, >7x105switching cycles
Total current 13-14 and 23-24
with parallel connection: 6A
with serial connection: 3A
Outputs O1, O2
≤ 100mA( UB-1V) shot-circuit and overload protection
General data
Nominal operating mode
100 %
Protection class
IP20
Mounting position
vertical or horizontal
Housing material/ Type
Polyamide PA not increased/ ME/ Phoenix Contact
Dimensions
B x H x T/ 22,5 x 114 x 111 mm
Degree of pollution
2
Overvoltage category
III
Connection data
Terminals/ Material
Push-in, pluggable/ PA
Screw, pluggable /PA
Number of pins
4
5
3
Rated surge voltage
4kV
2,5kV
8kV
Rated insulation voltage
320V
160V
1000V
Conductor cross-section, flexible
with wire end sleeve
0,25 - 2,5mm2
0,25 - 1,5mm2
0,25 - 2,5mm2
Conductor cross section AWG
24…12
24…16
24…12
Connection wire
60/75°C Copper
Tightening torque min/max
-
-
0,5Nm/0,6Nm

DN3PD1
Dimensions
18 18-09-27 / 33pd02-V0743
Relay load curve
L / R = 0 ms
4610
5
3
2
1
0.5
0.4
0.30.1 0.2
1000
300
10
DC Spannung / DC voltage
DC Schaltstrom (A) / DC Switching current (A)
200
100
50
40
30
20 L / R = 40 ms
ohmic load L/R = 0ms
inductive load L/R = 40ms
WARNING
Loads with high capacitive component can destroy the output contacts because the switching cur-
rent is very high.
10 Dimensions
111
114
22.5

we are safety.
DINA Elektronik GmbH
Esslinger Str. 84
D72649 Wolfschlugen
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