SRP-SIM4 ELESTA, SRP-SIM4 Datasheet - Page 24

• Manufacturer Part Number: SRP-SIM4
• Description: 30M9910
• Manufacturer: ELESTA

Specifications of SRP-SIM4

• Socket Mounting: PC Board
• No. Of Contacts: 10
• Mounting Type: PC Board
• Contact Termination: Solder
• Operating Voltage Max: 250V
• Operating Current Max: 7A
• Rohs Compliant: Yes

24
Contact material
Type of contact
Rated switching capacity 250VAC 10A AC1 2’500VA
Electr. life AC1 (360 cycles/h)
Inrush current max.
Switching voltage range
Switching current range*
Switching capacity range* 0.06VA(W) to 2’500VA
Contact resistance (as delivered) <100mΩ/28 V/100mA
* Guide values
Standard coils for direct current
(other voltages on request)
Relay data
- PCB relay with forcibly guided contacts
- Protective separation between coil/control
- EN 50205, type A
- Contact mounting:
- Small external dimensions
- Mean coil power 0.75W
- Holding power 0.22W
- For Railway Applications: EN 50155
Ordering example
SIR 4 2 2 24VDC
1,9
1,9
contacts and output contacts (> 10mm) as
well as protective separation between the
output contacts themselves (> 8mm)
SIR332
SIR422
SIR512
110
12
18
24
48
60
5
6
0,4
21
21
ELESTA relays GmbH, Heuteilstrasse 18,
CH-7310 Bad Ragaz, Switzerland
12,6
16,8
33,6
42,0
77 ,0
3,5
4,2
8,4
3NO/3NC
4NO/2NC
5NO/1NC
5
5
58,9
> 11,0
> 0,5
> 0,6
> 1,2
> 1,8
> 2,4
> 4,8
> 6,0
10,5
10,5
5
5
Number of NO contacts
Number of NC contacts
151,0
7,5
7,5
63,1
41,6
31,5
15,7
12,5
125
6,8
AgSnO
5 to 250 VDC/VAC
5
5
Type designation
approx.100’000
16’000
3’050
4’800
25A for 20ms
Soldering tags
3
3
Crest contact
Ø
10mA to 10A
190
432
760
33
48
1,3
2
3
+0.2µm Au
Coil voltage
10
16
± 10
± 10
± 10
± 10
± 10
± 10
± 13
± 15
[mm]
Phone: [phone]
Fax:
1
3
[phone]
SIR 6 Contacts
General data
Circuit diagram (view on relay upper side)
Mechanical life
Switching frequency, mechanical
Response time
Drop-out time**
Bounce time of NO contact
Bounce time of NC contact
Shock resistance 16ms
Vibration resistance
10-200Hz
Test voltage
coil/control contacts
Test voltage
coil-control contacts/output contacts
Test voltage output contacts
as against each other
Test voltage contact open
Insulation resistance
Creepage resistance
Weight
Mounting position
Ambient temperature
Type of protection
Solder bath temperature
Thermal resistance
Temperature limit for coil
Pollution degree
Overvoltage category
Resistance to short
circuiting
** without spark suppression
Insulation terms
Coil to control contacts: Basic insulation
Coil/control contacts to output contacts:
Double or reinforced insulation
> 10mm
Output contacts as against each other:
Double or reinforced insulation > 8mm
Tests, regulations
Approvals
UL File E188953
Insulation class IEC 60664-1
Protection class II
Fire protection requirements
Options, accessories
PCB socket
SIR332
Basic insulation
Double or reinforced insulation
E-Mail: [e-mail]
Internet: http://www.elestarelays.com
SIR422
> 10 x 10
SEV, UL, cUL, TÜV
1’000A SCPD 10A
NO contact > 10g
NO contact > 5g
5’000Veff 1min
4’000Veff 1min
2’500Veff 1min
1’500Veff 1min
-40°C to +70°C
NC contact 6g
NC contact 2g
typically 15ms
typically 12ms
typically 4ms
typically 6ms
gG (pre-fuse)
SIR512
6
approx. 35g
see page 31
operations
UL 94 / V0
270 °C/5s
VDE 0106
250VAC
CTI 250
55K/W
Sec. 3
120°C
10
15Hz
RT II
11
any
III
Ω
2
Diagrams
Contact lifetime
Max. switching characteristics
(determined acc. to DIN EN 60947-5-1 table C2):
AC 15: 230V/5A
DC 13: 24V/7 .5A/0.1 Hz
UL 508: C600/R300
Maximal contact load at AC 1 with 230V:
2 contacts each with 10A
3 contacts each with 8.4A
4 contacts each with 7 .3A
5 contacts each with 6A
Load limit curve with direct current
1) Inductive load, L/R 40 ms
2) Resistive load
Excitation voltage range
1) Max. excitation voltage with contact load < 2A
2) Min. excitation voltage (guaranteed values)
No heat accumulation due to intrinsic heating
of other components.
Continuous duty 100%.
U
U
10 000
B
N
1000
without previous operation
100
10
0,8
0,6
0,4
0,3
0,2
0,1
10
0,5
8
6
4
3
2
1
2,0
1,5
1,0
0
0
Voltage (VDC)
0.1
Switching current (A)
0
Ambient temperature °C
1
50
20
0.5
2
100
40
AC 1: 230V
1.0
150
AC 15: 230V
60
1
2
200
80
DC 13: 24V
DC 1: 24V
5.0
100
250
10