Electrical ratings – Rockwell Automation 1492-XIFMxxx_RXIFMxxx Relay Interface Modules User Manual
Page 4

(4)
Relay Contact Rating
Spécification du Contact à Relais
700-HK36 _ _
Relaiskontakt-Nennwerte
Classificazione Contatti di Relay
Capacidad Nominal del Contacto de Relé
PN-23152
DIR 40063-393 (Version 08)
Maximum Module Current
·
10 Amps per relay output
·
Maximum continuous current per module for two adjacent relays is 12 Amps.
Le courant permanent maximum pour deux relais adjacents est de 12 A.
Der maximale Dauerstrom für zwei nebeneinanderliegende Relais beträgt 12 A.
La corrente continua massima per due relè adiacenti è di 12 ampere.
La corriente continua máxima para dos relés adyacentes es de 12 A.
Replacement Relays
·
24VDC Control (Coil) Voltage: 700-HK36Z24
Electrical Ratings
120VAC
AC-15, 6.2 A
B300 Pilot Duty, 3 A
1/3 HP (0.24 kW) 1-Phase
240VAC
AC-15, 3.1 A
B300 Pilot Duty, 1.5 A
3/4 HP (0.55 kW) 1-Phase
230VAC
0.55 kW 1-Phase
24VDC
DC-13, 5.0 A
125VDC
DC-13, 0.2 A
R300 Pilot Duty, 0.22 A
250VDC
DC-13, 0.1 A
R300 Pilot Duty, 0.11 A
Contacts
Inductive VAC
Inductive VDC
230VAC
AC-1, 16 A
277VAC
Minimum Permissible Contact Ratings
300mW (5V / 60mA or 60V / 5mA) for Silver Contacts)
16 A General Use
30VDC
DC-1, 12 A
10 A, Resistive
Resistive
Make, Break and Continuous
10
5
10
6
10
7
0
4
8
700-HK36 SPDT
Electrical Life (AC Loads) versus Contact Life
700-HK36 SPDT Maximum DC1 Breaking Capacity
Electrical Life (DC Loads) versus Contact Life
12
16
(A)
Cycles
Resistive Load - cos = 1
Inductive Load - cos = 0.4
1
2
4
6
10
20
0.1
0.2
20
60
100
DC Voltage (V)
DC Breaking Current (A)
140
180
220
Rated Insulation Voltage (Ui)
250V IEC, 300V UL/CSA
1-Pole, 1 CO, SPDT - 16A
Rated Thermal Current (I
th
)
·
When switching a resistive load (DC1) having voltage
and current values under the curve, an electrical life
of > 100 x 10
3
can be expected.
·
In case of inductive loads (DC13), the connection of a
diode in parallel with the load will permit a similar
electrical life as for a DC1 load. Note: the release
time for the load will be increased.
Resistive Load