What products does Hirotronix supply?

Hirotronix supplies industrial automation sensors, machine safety systems, operator controls, level measurement systems, and automation components.

Where is Hirotronix located?

Hirotronix is located in Mississauga, Ontario, Canada.

Does Hirotronix provide worldwide service?

Yes, Hirotronix supplies automation and sensor solutions worldwide.

DOLD PH 9270 – Solid-state relay / contactor with load circuit monitoring

Brand

DOLD

Part number

PH 9270

Order number

0060018

Solid-state relay / contactor with load circuit monitoring

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Brand	DOLD
Housing width	45 mm
Order number	0060018

For high frequency wear free and noiseless switching of
– Heating systems
– Motors
– Valves
– Lighting systems

Features

AC solid-state relay /-contactor
With integrated load circuit monitoring
Settable load limit value
According to IEC/EN 60947-4-3
Load current 40 A, AC 51
Switching at zero crossing
2 anti-parallel thyristors
DCB technology (direct bonding method) for excellent heat transmission properties
Two-colours LED status indicator
Touch protection IP20
PLC compatible alarm output (PNP; NPN on request)
As option closed circuit operation or open circuit operation
As option with optimized heat sink, for DIN rail mounting
Width 45 mm

Technical specifications

Auxiliary voltage	DC 24 V
Load current up to	40 A
Load voltage up to	AC 480 V
Number of poles	1-pole
On/Off Input Control	DC
Signalling output	Yes
Width	45 mm
Type	PH 9270

Available variants

Auxiliary voltage	DC 10 – 12 V · DC 24 V
Load current	AC 0,5 A · AC 3 A · AC 10 A · AC 25 A · AC 40 A
Load voltage	AC 24 – 110 V · AC 200 – 480 V
Semiconductor output	1-pole
Variant	Switching at zero crossing. Control via A1/A2 with under- and over current monitoring and PNP transistor output with de-energized on trip. With heat sink · Switching at zero crossing. Control via A1/A2 with under- and over current monitoring and PNP transistor output with de-energized on trip. Without heat sink · Switching at zero crossing. Control via A1/A2 with under current monitoring and PNP transistor output with de-energized on trip. With heat sink · Switching at zero crossing. Control via A1/A2 with under current monitoring and PNP transistor output with de-energized on trip. Without heat sink · Switching at zero crossing. With heigh I2t-value. Control via A1/A2 with under- and over current monitoring and PNP transistor output with de-energized on trip. With heat sink · Switching at zero crossing. With heigh I2t-value. Control via A1/A2 with under- and over current monitoring and PNP transistor output with de-energized on trip. Without heat sink · Switching at zero crossing. With heigh I2t-value. Control via A1/A2 with under current monitoring and PNP transistor output with de-energized on trip. With heat sink · Switching at zero crossing. With over current monitoring and PNP transistor output with de-energized on trip. With heat sink · Switching at zero crossing. With over current monitoring and PNP transistor output with de-energized on trip. Without heat sink · Switching at zero crossing. With under current monitoring and PNP transistor output with energized on trip. Without heat sink