Техническая документация
Характеристики
Brand
Phoenix ContactНапряжение питания
24В пост. тока
Защитные контакты
3
Диапазон
PSR
Safety Category ISO 13849-1
1
Категория безопасности (ISO 13849-1)
1
PL ISO 13849-1
c
PL (ISO 13849-1)
c
SIL IEC 61508
2
SIL (IEC 61508)
2
Тип клеммы
Винт
Конфигурируемый
No
Соблюдаемые стандарты
EAC
Серия
PSR-SPP- 24DC/FSP2/2X1/1X2
Ширина
17.5мм
Глубина
114.5мм
Уровень эффективности
c
Длина
112мм
Страна происхождения
Germany
Информация о товаре
PSR Safety Relays for the Process Industry
The PSR range of failsafe safety relays from Phoenix Contact are used as standard within process engineering.
The use of safe coupling relays for power adjustment and the electrical isolation of actuators is gaining in importance, as actuators often need more current or other voltages than the controllers are able to supply. The digital outputs of thecontrollers run automatic self-tests at regular intervals in order to detect faults. Regardless of this, the test pulses involved usually cause premature wear of the relays. With their integrated test pulse filter and control circuit to adjust power consumption, all FSP devices take these special requirements of a failsafe controller into account.
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тг 47 873,70
Each (ex VAT)
1
тг 47 873,70
Each (ex VAT)
1
Техническая документация
Характеристики
Brand
Phoenix ContactНапряжение питания
24В пост. тока
Защитные контакты
3
Диапазон
PSR
Safety Category ISO 13849-1
1
Категория безопасности (ISO 13849-1)
1
PL ISO 13849-1
c
PL (ISO 13849-1)
c
SIL IEC 61508
2
SIL (IEC 61508)
2
Тип клеммы
Винт
Конфигурируемый
No
Соблюдаемые стандарты
EAC
Серия
PSR-SPP- 24DC/FSP2/2X1/1X2
Ширина
17.5мм
Глубина
114.5мм
Уровень эффективности
c
Длина
112мм
Страна происхождения
Germany
Информация о товаре
PSR Safety Relays for the Process Industry
The PSR range of failsafe safety relays from Phoenix Contact are used as standard within process engineering.
The use of safe coupling relays for power adjustment and the electrical isolation of actuators is gaining in importance, as actuators often need more current or other voltages than the controllers are able to supply. The digital outputs of thecontrollers run automatic self-tests at regular intervals in order to detect faults. Regardless of this, the test pulses involved usually cause premature wear of the relays. With their integrated test pulse filter and control circuit to adjust power consumption, all FSP devices take these special requirements of a failsafe controller into account.