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Auxiliary or alarm contact available

Auxiliary or alarm contact available
  • Yes (5)

Delay-Off

Delay-Off
  • Yes (23)
  • Electromechanical control circuit devices and switching elements (1)

Delay-On and Delay-Off

Delay-On and Delay-Off
  • 10 A (172)
  • Yes (23)

Delay-On or Delay-Off

Delay-On or Delay-Off
  • Yes (11)

Delay-On

Delay-On
  • Yes (26)

Double Break / Double Make

Double Break / Double Make
  • Optional: 2 DB-DM (18)
  • Optional: 4 DB-DM (9)
  • 1 DB-DM (2)
  • No (1)

Flashing

Flashing
  • Yes (9)
  • 120 light on per minute (1019L: 360 light on per minute) (1)
  • The components of the 1S40 which are directly in contact to the monitoring relay are made from flame retardant material. The Duplex connector plug is made from SABIC ULTEM flame retardant pla (1)

Lan Connection

Lan Connection
  • 100Base-FX (3)

Max. contact current

Max. contact current
  • 10A (52)
  • 8A (32)
  • 6A (17)
  • 12A (12)
  • 6 A (8)
  • 10 A (7)
  • 5A (4)
  • 8 A (4)
  • n/a (3)
  • 12 A (2)
  • 0.2A (1)
  • 10 A / 6 A (1)
  • 1A (1)
  • 3 A (1)
  • 3A (1)

Max. number of poles

Max. number of poles
  • 6 (3)
  • 3 (2)
  • 4 (1)

Max. operating voltage AC

Max. operating voltage AC
  • 277 (2)
  • 484 (2)
  • 227 (1)
  • 625 (1)

Max. operating voltage DC

Max. operating voltage DC
  • 137.5 (4)
  • 160 (1)
  • 90 (1)

Maximum Linear Sensors

Maximum Linear Sensors
  • 1 (4)
  • 2 (1)

Maximum Point Sensors

Maximum Point Sensors
  • 1 (2)
  • 4 (2)
  • 8 (2)
  • 12 (1)
  • 2 (1)

Monitor Mounting

Monitor Mounting
  • DIN Rail mounting (5)
  • Flush panel Mounting (3)

Monitor Sensor Inputs

Monitor Sensor Inputs
  • Point Sensor (6)
  • Point and linear sensors (2)

Number of Back Contacts

Number of Back Contacts
  • 4B (66)
  • 2B (45)
  • 1B (6)
  • 3B (6)
  • 8B (2)
  • 6B (1)

Number of Front Contacts

Number of Front Contacts
  • 12F (51)
  • 6F (45)
  • 2F (19)
  • 4F (17)
  • 1F (12)
  • 8F (6)
  • 11F (4)

Number of Heavy Duty Contacts

Number of Heavy Duty Contacts
  • 2HF (7)

Panel mounting

Panel mounting
  • Yes (8)
  • No (1)

Q reference

Q reference
  • QN1 (16)
  • QNN1 (12)
  • QBA1 (10)
  • QNA1 (10)
  • QND2 (10)
  • QBBA1 (9)
  • QBCA1 (7)
  • QNNA1 (7)
  • QCJ1 (6)
  • QNND1 (6)
  • QRJ1 (6)
  • QTA2 (5)
  • QL1 (4)
  • QNH (4)
  • QNNH1 (4)
  • QNNS1 (4)
  • By connecting 2 contacts in series the DC current breaking capacity is increased by 50 %. Electrical lifetime is tested under laboratory conditions with switching frequency 0.33 Hz. <br><br>  (3)
  • QEC1 (2)
  • QECX (2)
  • QECX1 (2)
  • QN3 (2)
  • QNNSA1 (2)
  • QR1 (2)
  • QSPA1 (2)
  • QSRA1 (2)
  • QBT3 (1)
  • QEC (1)
  • QECF1 (1)
  • QECX11 (1)
  • QECX16 (1)
  • QECX19 (1)
  • QECX20 (1)
  • QECX21 (1)
  • QECX61 (1)
  • QEECF1 (1)
  • QEECF2 (1)
  • QN3T (1)
  • QNDE (1)
  • QNE (1)
  • QNHX1 (1)
  • QR5 (1)
  • QT2 (1)
  • QT2R (1)
  • QTA (1)
  • QUCX1 (1)
  • QUCX3 (1)
  • QUCX5 (1)
  • X2 (1)

Rated current

Rated current
  • 0.02 to 100 A (1)
  • 0.1 to 120 A (1)
  • 0.1 to 50 A (1)
  • 0.2 to 63 A (1)
  • 100 to 700 A (1)

Remote operated

Remote operated
  • Coloured cover for coil voltage coding (28)
  • No (6)

Platform

Platform
  • D (103)
  • B (28)
  • CU (16)
  • A (12)
  • C (10)

Timer & Instantaneous

Timer & Instantaneous
  • Yes (6)

Voltage [V]

Voltage [V]
  • 24 (81)
  • 50 (39)
  • 750 (15)
  • 30 (6)
  • 0.65 (1)
  • 110 (1)
  • 12 (1)

Wall mounting

Wall mounting
  • No (4)
  • 1x N.S1-PFC-AV-24 front connection with screw terminals (2)
  • 2x N.S1-PFC-AV-24 front connection with screw terminals (2)
  • equivalent (1)
  • Yes (1)

Weld no transfer

Weld no transfer
  • WNT (7)
  • Optional (2)
  • The most obvious difference to standard relays is the so-called forcibly guided contacts. The contacts are mechanically linked, so that N/O and N/C contacts can never achieve the same state a (1)
Relay Type
  • 1-Shot

SelectRail

A timer relay is a combination of an electromechanical output relay and a control circuit. Its contacts open or close before or after a preset time delay. Time‑delay relays can be initiated in two ways: by applying the input or auxiliary supply voltage, which either starts the timing function immediately or prepares the relay to be triggered, or by applying a separate trigger signal after the supply voltage is present. This trigger can be a control switch (dry contact) or a voltage signal.
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