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ATTENTION! Experience shows that these relays have a higher failure rate, but so far they have not been in continuous operation right from the time of commissioning (Test phase so far approx. 1 year)! Robust semiconductor relay for direct current loads with load voltages between 1…100 volts DC, max. 100A (nominal current – note discounts). Input voltage 4-32VDC. With transparent contact protection cap to ensure compliance with the minimum protection class when used in control cabinet construction IP20. Switching status display via LED when the load is switched. PUK design. Fastening via two holes on a flat, heat-dissipating mounting plate.
Spécifications techniques
| Dimensions | Dimensions extérieures env. 60x48x34mm avec protection contre les contacts. |
| Type de circuit | Circuit à thyristors sans contact pour fréquences de commutation élevées. Sans usure mécanique ! |
| Switching loads | Charge nominale 100A. Les déductions habituelles pour le SSR lors du calcul de la puissance connectée réelle doivent être prises en compte. |
| Plage de tension d’entrée | 4-32 V CC |
| Plage de tension de charge | 1 …100 V CC |
| classe de protection | IP20 |
| Assemblé | Sur une surface plane et dissipant la chaleur (plaque de montage pour armoire électrique) à l’aide de deux trous existants, diamètre env. 4,5 mm. Distance entre les trous env. 43 mm, disposé au centre. |
Application
When designing switching loads, the usual discount factors for SSR relays from the specified nominal load must be taken into account. So are e.g. B. for switching inductive loads (e.g. motors) when using SSR relays, often only 1/8 of the specified nominal load of the SSR has to be taken into account for operation with motors. For ohmic loads, the actual load can usually be up to 20% of the specified nominal load. With medium to high loads and ED >20% (ED = duty cycle), the use of a heat sink to dissipate thermal energy is necessary. As a preventive measure, we generally recommend the use of suitable heat sinks.
