Dold OA 5621, OA 5622 Data Sheet

PCB Relays
Safety Relay
monostable OA 5621, OA 5622
OA 5621 OA 5622
Applications
To be used in electrical circuits for safety applications
Escalators and walkways
Elevators for men and load
Press controls
Railway technology
Medical technology
Technical Data
Gold plated double contacts
see seperate datasheet
Acc. to DIN EN 50205, DIN EN 61810-1, DIN EN 60664-1
With forcibly guided contacts
Clearance and creepage distances 5.5 mm;
that means double and reinforced insulation between all circuits
High mechancial service life
High temperature range
High thermal continuous current
Extremly flat: only 15.5 mm high
Version with double contacts possible, AgNi 0.15 + 5 µm Au-contacts
Approvals and Marking
Canada / USA
Relay type
OA 5621 OA 5622 OA 5622.50
1.0 Coil
1.1 Nominal voltage DC V 6, 12, 24, 48, 60, 110 (others on request)
1.2 Nominal consumption W 0.6 0.8 0.9
1.11 Voltage range U
N
0.75 ... 1.4
1.12 Thermal resistance K/W 55 (mounting distance between relays 5 mm
1.13 Holding Power (at 0.5 x U
) W 0.15 0.2 0.225
N
2.0 Contacts
2.1 Contact arrangement 2 NO / 2 NC 3 NO / 1 NC
3 NO / 3 NC 4 NO / 2 NC
2 NO / 4 NC
5 NO / 1 NC
2.2 Contact material AgSnO
2.3 Rated insulation voltage AC V 250
Switching voltage min./max V AC/DC 10 / DC 250, AC 400 (AC/DC 100 mV / 60 V)
2.4 Limiting continuous current I
Switching current min./max A 10 mA
th
A 3 x 8 5 x 8 (s. operating voltage limit curve.)
2.5 Switching power min./max. VA 3 / 2000 (1 mVA / 7 VA)
Switching power min./max. W 0.14) / 200 (1 mW / 7 W)
2.6 Switching capacity
to IEC/EN 60947-5-1 AC 15 to IEC/EN 60947-5-1 AC 15 to IEC/EN 60947-5-1 DC 13 at 0.1 Hz DC 13
7)
6)
7)
7)
AC V/A AC V/A DC V/A DC V/A
to UL 508
2.7 Electrical life at 1 s On, 1 s Off (see contacts service life)
at AC 230 V, 5 A, cosj = 1 at AC 230 V, 8 A, cosj = 1 at DC 24 V 5 A ohmic at DC 24 V 8 A ohmic
switching cycles switching cycles switching cycles switching cycles
> 3 x 10
> 1.5 x 105 AgSnO
> 2 x 105 AgSnO
> 105 AgSnO
+ 0.2 µm Au; AgNi + 0.2 µm Au, AgNi + 5 µm Au
2
4)
/ 8 (1 mA / 0.3 A)
1)
(see limit curve for arc-free operation)
1)
NO: 250 / 3 NC: 250 / 2 NO: 250 / 5 NC: 250 / 2
NO: 24 / 2 NC: 24 / 2 NO: 24 / 4 NC: 24 / 4
B300 / Q 300
5
AgSnO
2
2
2
2
> 2.2 x 10
> 10
> 1.5 x 10
> 0.75 x 10
1)
5
5
AgNi
AgNi
5
AgNi
5
1)
AgNi
2.8 Switching frequency max switching cycles/s 10
2.9 Response time / Release time ms typically 12 / typically 8
2.10 Contact force cN 8
2.14 Contact gap mm > 0.5
5)
3.0 Other
3.1 Mechanical life switching cycles > 20 x 10
6
3.2 Temperature range °C - 40 ... + 80
3.3 Degree of protection, housing Wash proof RT III
3.5 Vibration resistance 10 ... 200 Hz; 0,35 mm amplitude; 5 g max. IEC/EN 60068-2-6
3.6 Climate resistance Humid heat IEC/EN 60068-2-30
3.7 Short circuit strength 1 kA / AC 250 V
1)
Values for AgNi-contacts + 5 µm Au
5)
over entire service life, even when under fault and at 1.4 x U
All technical data in this list relate to the state at the moment of edition. We reserve the right for technical improvements and changes at any time.
2)
at Tu = 60°C > 10
AgSnO
AgNi
2
5
3)
6)
N
at Tu = 60°C > 0,75 x 10
Values for AgSnO2-contacts
1
NO: 10 AgL / NC: 10 AgL EN 60947-5-1
NO: 10 AgL / NC: 6 AgL EN 60947-5-1
5 4)
Typical values
7)
Values for AgNi-contacts
OA 5621, OA 5622 / 14.04.14 en / 430
Technical Data
3.8 Insulation acc. to IEC 60664-1, EN 50178 Rated insulation voltage AC V 250 Contamination level 2 Overvoltage category III Test voltage Contact-coil (1 min) AC kV eff. 4 Contact-contact (1min) AC kV eff. 4 Open contact acc. to DIN EN 61810-1 AC kV eff. 1.5 Transient voltage Contact-coil (1,2 - 50 µs) kV 6 Clearance and creepage distance mm 5.5
3.9 Weight g approx. 35 approx. 38 approx. 38
4.0 Packing unit
4.1 on cardboard in slipcase piece 25 20 20
4.2 in case package piece 250 200 200
5.0 Solder method
5.1 Solder method /-temperature /-duration °C / s Wafe soldering / 260 / 5
Design Versions
OA 5621 OA 5622
U
N
(DC V)
Voltage
range (DC V)
R
Coil
Ω ± 10%
.48 .52
3NO, 1NC 2NO, 2NC 3NO, 3NC 4NO, 2NC 5NO, 1NC 2NO, 4NC
R
Coil
Ω ± 10%
.18 .54 .60
R
Coil
Ω ± 10%
.50
-contacts + 0,2 µm Au
AgSnO
2
6 4,5 ... 8,4 60 3721 3751 45 3601 3661 3691 38 3631
12 9,0 ... 16,8 240 3722 3752 180 3602 3662 3692 150 3632
24 18,0 ... 33,6 960 3723 3753 720 3603 3663 3693 600 3633
48 36,0 ... 67,2 3840 3724 3754 2880 3604 3664 3694 2425 3634
60 45,0 ... 84,0 6000 3725 3755 4500 3605 3665 3695 3790 3635
110 82,5 ... 154,0 20000 3726 3756 15125 3606 3666 3696 12735 3636
AgNi-contacts + 0,2 µm Au
6 4,5 ... 8,4 60 3731 3761 45 3611 3671 3701 38 3641
12 9,0 ... 16,8 240 3732 3762 180 3612 3672 3702 150 3642
24 18,0 ... 33,6 960 3733 3763 720 3613 3673 3703 600 3643
48 36,0 ... 67,2 3840 3734 3764 2880 3614 3674 3704 2425 3644
60 45,0 ... 84,0 6000 3735 3765 4500 3615 3675 3705 3790 3645
110 82,5 ... 154,0 20000 3736 3766 15125 3616 3676 3706 12735 3646
AgNi-contacts + 5 µm Au
6 4,5 ... 8,4 60 3741 3771 45 3621 3681 3711 38 3651
12 9,0 ... 16,8 240 3742 3772 180 3622 3682 3712 150 3652
24 18,0 ... 33,6 960 3743 3773 720 3623 3683 3713 600 3653
48 36,0 ... 67,2 3840 3744 3774 2880 3624 3684 3714 2425 3654
60 45,0 ... 84,0 6000 3745 3775 4500 3625 3685 3715 3790 3655
110 82,5 ... 154,0 20000 3746 3776 15125 3626 3686 3716 12735 3656
Ordering example
OA 5622 ._ _ /_ _ _ _ _ _ / 61*
)
Pin configuration
W = Wash proof (IP 67)
Design version
Contact arrangement .50 2 NO, 4 NC .18 3 NO, 3 NC .54 4 NO, 2 NC .60 5 NO, 1 NC
Type
On request version with double contacts
)
/ 61 cURus approval
*
2
OA 5621, OA 5622 / 14.04.14 en / 430
Characteristics
Electricallifeof the output contacts determined by
N
o
m
in
a
l
O
p
e
r
a
tin
g
C
u
r
re
n
t
x
0
,1
A
Operation Cycles
Operating voltage limit curve OA 5621 Operating voltage limit curve OA 5622
Contact service life Reduction factor for inductive loads Limit curve for arc-free operation (load limit curve)
100
10
1
DINEN 60947-5-1/Annex C.3
4
10
DC13:24V
AC15:230V
10
AC1:230V
5
Electrical life
DC1:24V
10
M4294_a
6
10
7
3
OA 5621, OA 5622 / 14.04.14 en / 430
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