The OEM offices, workshop and warehouse will be closed for the Christmas period. See our full closing times and last order details.
DELCON
The relays are used as interfaces between control systems and DC loads. The relays handle inductive loads and high DC voltages with low load reduction compared to mechanical relays, which provide a long lifetime. If a diode is mounted across a load, such as 1N4007, the nominal current applies, even with high inductive loads. (Keep in mind that the drop-out time increases when mounting a diode.) The relays have no mechanical parts, which means very reliable application. The integrated interference protection provides reliable operation even in very demanding electrical environments. Thanks to interference protection, signal cables can be run alongside power cables on, for example, cable racks for more than 1.5 km without capacitive cross-talk affecting relays.
Input data |
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|---|---|
| Input current at nominal voltage, typ | 12 mA |
| Input current at nominal voltage, max | 15 mA |
| Response time | 0,3 ms |
| Release time | 0,3 ms |
| Control voltage dc min | 3 V |
| Control voltage dc max | 7 V |
| Switching voltage | 2,7 V |
| Turn-off voltage | 2,5 V |
| Input impedance, typ | 0,42 kΩ |
| Input voltage nom | 5 |
Output data |
|
| Number of poles | 1 |
| Load current | 3 A |
| Peak current | 15 A (10ms) A |
*Invisible Heading* |
|
|---|---|
| Load voltage dc max | 60 V |
| Voltage drop | 0,5 V |
General data |
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| Width | 12,5 mm |
| Temperature operational min | -40 °C |
| Temperature operational max | 70 °C |
| Storage temperature min | -40 °C |
| Storage temperature max | 70 °C |
| Colour | Red |
| Material | PBT |
| Weight | 40 g |
| Approvals | CE, UL |
The relays are used as interfaces between control systems and DC loads. The relays handle inductive loads and high DC voltages with low load reduction compared to mechanical relays, which provide a long lifetime. If a diode is mounted across a load, such as 1N4007, the nominal current applies, even with high inductive loads. (Keep in mind that the drop-out time increases when mounting a diode.) The relays have no mechanical parts, which means very reliable application. The integrated interference protection provides reliable operation even in very demanding electrical environments. Thanks to interference protection, signal cables can be run alongside power cables on, for example, cable racks for more than 1.5 km without capacitive cross-talk affecting relays.
This blog talks all things DC circuit protection including the key components: electronic circuit breakers, fuses and current monitoring devices. As well as how to choose the right protection.
Did you get a chance to visit IATECH at The Leicester Marriott Hotel? We had over 33 exhibitors and 8 fantastic Tech Talks throughout the day, Read all about the day, here.
To help experience the capabilities of Z+F machines first-hand, we provide an in-depth demonstration and workshop. These sessions will show the machines in action and allow you to understand their features and gain valuable insight into their operation and benefits.
We are thrilled to announce the launch of IATECH, THe Industrial Automation Technology expo at Leicester Marriott Hotel on 23rd October. The ultimate platform for showcasing our extensive product range and broad business areas, featuring over 50 leading suppliers under one roof!
The specialist vehicle industry can include automotive and EV, heavy vehicles such as agriculture and rail, and marine. This email takes you through some of the various products we offer for specialist vehicle applications.
This blog post delves into the key components, current trends, and best practices in power distribution, illustrating the significant impact these systems have on our daily operations and long-term energy strategies.
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| Parts | Input current at nominal voltage, typ | Input current max | Input current at nominal voltage, max | Response time | Release time | Control voltage dc min | Control voltage dc max | Switching voltage | Turn-off voltage | Input impedance, typ | Input voltage nom | Load current | Leakage current | Peak current | Load voltage dc max | Voltage drop | Temperature operational min | Price | ||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
O/P Plug-in Relay 5V dc / 0-60V dc 3A
Art:
SLO5CR
Copied
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12 mA
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15 mA
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0,3 ms
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0,3 ms
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3 V
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7 V
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2,7 V
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2,5 V
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0,42 kΩ
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5
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3 A
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15 A (10ms) A
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60 V
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0,5 V
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-40 °C
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O/P Plug-in Relay 24V dc / 0-60V dc 3A
Art:
SLO24CR
Copied
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12 mA
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15 mA
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0,3 ms
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0,3 ms
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18 V
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32 V
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16 V
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14 V
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2 kΩ
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24
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3 A
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1 mA
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15 A (10 ms) A
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60 V
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0,5 V
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-40 °C
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O/P Plug-in Relay 24V dc / 0-24V dc 10A
Art:
SLO24CRX
Copied
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12 mA
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15 mA
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0,3 ms
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0,3 ms
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18 V
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32 V
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16 V
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14 V
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2 kΩ
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24
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10 A
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1 mA
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80 A (10ms) A
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32 V
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0,3 V
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-40 °C
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O/P Plug-in Relay 24V dc / 0-250V dc 1.8A
Art:
SLO24CRA
Copied
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12 mA
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15 mA
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0,3 ms
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0,3 ms
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18 V
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32 V
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16 V
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14 V
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2 kΩ
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24
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1,8 A
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1 mA
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12 A (10 ms) A
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250 V
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1 V
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-40 °C
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Art:
SLO48CRA5
Copied
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9 mA
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12 mA
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0,3 ms
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0,3 ms
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35 V
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60 V
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30 V
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7 V
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1,3 kΩ
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48
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5 A
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1 mA
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20 A (10 ms) A
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350 V
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0,6 V
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-25 °C
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O/P Plug-in Relay 120V dc / 0-250V dc 1.8A
Art:
SLO120CRA
Copied
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3,5 mA
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4 mA
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0,5 ms
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0,5 ms
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95 V
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140 V
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80 V
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60 V
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34 kΩ
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120
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1,8 A
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1 mA
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12 A (10ms) A
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250 V
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1 V
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-25 °C
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O/P Plug-in Relay 220V dc / 0-250V dc 1.8A
Art:
SLO220CRA
Copied
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3,5 mA
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4 mA
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0,5 ms
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0,5 ms
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190 V
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250 V
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170 V
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120 V
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63 kΩ
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220
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1,8 A
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1 mA
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12 A (10 ms) A
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250 V
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1 V
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-25 °C
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Select a variant in the list
