N1HCR & N1HLR Rogowski-Coil Integrators

Pulse Egston N1HCR and N1HLR Rogowski-Coil Integrators transform derivative signals into precise, proportional current measurements. These integrators combine cutting-edge sensing technology with a built-in integrator, delivering accurate, proportional current measurements without the complexity of external components. The N1HCR and N1HLR integrators include an all-in-one design that reduces installation time and costs, enhances safety, and ensures reliable power-quality analysis. These integrators are fully encapsulated, IP68 waterproof, and include a 1.2m output cable length. The N1HCR and N1HLR integrators are manufactured in accordance with ISO 9001 and comply with accuracy Class 0.5 (EN/IEC 61869-2). These integrators are ideal for fault detection, isolation, and service restoration, smart grid monitoring, protection and safety solutions, substain devices, transformer installations, and overhead line infrastructure.

Resultados: 6
Seleccionar Imagen Número de referencia Fabr. Descripción Hoja de datos Disponibilidad Precio (EUR) Filtre los resultados de la tabla por precio unitario basándose en su cantidad. Cant. RoHS Modelo ECAD Valor de corriente Rango de frecuencia
Pulse Egston Sensores de corriente industriales Clamps Rogowski Integrator10 5V 20En existencias
Mín.: 1
Múlt.: 1

7.8 mA 45 Hz to 65 Hz
Pulse Egston Sensores de corriente industriales Leads Rogowski Integrator2700 5V 20En existencias
Mín.: 1
Múlt.: 1

7.5 mA 45 Hz to 65 Hz
Pulse Egston Sensores de corriente industriales Clamps Rogowski Integrator10 12V
10Fecha prevista: 27/07/2026
Mín.: 1
Múlt.: 1

7.8 mA 45 Hz to 65 Hz
Pulse Egston Sensores de corriente industriales Clamps Rogowski Integrator10 24V
10Fecha prevista: 27/07/2026
Mín.: 1
Múlt.: 1

7.8 mA 45 Hz to 65 Hz
Pulse Egston Sensores de corriente industriales Leads Rogowski Integrator2700 12V
10Fecha prevista: 27/07/2026
Mín.: 1
Múlt.: 1

7.5 mA 45 Hz to 65 Hz
Pulse Egston Sensores de corriente industriales Leads Rogowski Integrator2700 24V
10Fecha prevista: 27/07/2026
Mín.: 1
Múlt.: 1

7.5 mA 45 Hz to 65 Hz