Panasonic is part of a large worldwide groupselling relays and associated switching products under different brand names in different territories.The conditions of use in some territories may differ from those customary in Europe. In particular there are often major differences in regard to national and international specifications, such as UL, CSA, VDE, SEV, EVE, SEMKO, etc. Thus, when considering contact loads as stated in this catalogue (e.g. 10 A, 30 VDC for the SP relay) its hould be understood that these values are not necessarily an absolute maximum but tested ratings. Mostly the stated value has been tested for a certain life expectancy as stated by the manufacturer or the respective test house. Thus, under different conditions, the stated “maximum” may, in practice, be safely exceeded.
Poznámky redaktora
the extent that is
possible, the standard voltages should be
selected.
• For proper use, read the main text for
details. Although the relay will ork if
the voltage applied exceeds the pick-up
voltage, required that only the rated
voltage applied the coil out of
1. Because this, when the
voltage other than the standard
voltage, the product special order
item, and the factors price, delivery,
and stability characteristics may create
inconveniences. (This
applies plastic sealed type relays,
too.
• Avoid bending terminals, because it
may cause malfunction.
Furthermore, because humming occurs
when below the pick-up voltage and
when above the rated voltage, care is
required with regard power source
voltage fluctuations.General Application Guidelines
BASICS RELAY HANDLING
• maintain initial performance, care
should taken avoid dropping or
hitting the relay. tio il
• tio e
For the operation relays, the power
source alm ost always commercial
frequency (50 60Hz) with standard
voltages 12, 24, 48, 115, 120, 230
and 240V AC.
• Use the flux-resistant type sealed
type autom atic soldering be
used.
Please avoid the use silicone-based
resins near the relay, because doing so
may result contact failure.4%/°C, and accordingly, the
tem perature increases, because the
increase pick-up and drop-out
voltages, care required.
• Use alcohol based cleaning solvents
when cleaning performed using
a sealed type relay.
• guide, use Faston mounting
pressure 70N 7kgf} for
relays with tab terminals.
Also, the type, shading coil
resistance loss, magnetic circuit eddy
current loss, and hysteresis loss exit, and
because lower coil efficiency, is
normal for the tem perature rise be
greater than that for the type.)
ds_x61_en_relay_technical_information_091112D. Therefore, sure to
carefully check the type load and
operating conditions before use.
(However, for some polarized relays, this
rate change considerably smaller.
• Use the relay atm osphere at
standard tem perature and humidity
with minimal amounts dust, SO2 ,
H2 organic gases is
recommended., due differences in
power supply type, voltage fluctuations,
and rises temperature. Use
rectangular waves for coils and
sine waves for coils. maintain initial
performance, the case should not be
removed.
Please refer order avoid
problems.)
• Care should taken observe
correct coil polarity (+, for polarized
relays.
For the type, there inrush
current during the operation tim (for the
separated condition the armature, the
impedance low and current greater
than rated current flows; for the adhered
condition the armature, the impedance
is high and the rated value current
flows), and because this, for the case
of several relays being used parallel
connection, necessary give
consideration power consumption.
• Proper usage requires that the rated
voltage impressed the coil.
[2] PRECAUTIONS REGARDING COIL INPUT
Application the rated voltage the
most basic requirem ent for accurate relay
operation.5 tim the pick
up current.
Thus necessary exercise care.
• The rated switching power and life are
given only guides. Avoid ultrasonic
cleaning all types relays. The physical
phenomena the contacts and
contact life greatly vary depending on
the type load and the operating
conditions.
• not exceed the usable ambient
tem perature values listed the
catalog. The
DC type relay coil resistance varies due
to bient tem perature well its
own heat generation the extent of
about 0.
possible condition relay operation,
making necessary consider the
current value 1.
For installation adverse
environments, one the sealed types
should considered.
• sure the coil impressed voltage
does not continuously exceed the
maximum allowable voltage. Also, because the
extensive use relays limit devices in
place meters for both voltage and
current, and because the gradual
increase decrease current
impressed the coil causing possible
delay ovem ent the contacts, there
is the possibility that the designated
control capacity may not satisfied. Relay characteristics cannot
be guaranteed the case removed.
• Under normal use, the relay is
designed that the case will not
detach. Also, caution is
required, because problems such as
layer shorts and burnout the coil may
damage and welding, with the
occurrence false operation self-
maintaining condition.
However, because this value pick-up
current nothing more than guarantee
of just barely moving the armature, the
variation energizing voltage and
resistance values, and the increase in
coil resistance due tem perature rise,
must given consideration for the worst
occur the voltage applied exceeds the
maximum that can applied
continuously.
• tio e
For the operation relays, standards
exist for power source voltage and
current, with voltage standards set at
5, 12, 24, 48, and 100V, but with
regard current, the values as
expressed catalogs illiamperes of
pick-up current. The following section
contains precautions regarding coil input.
For example, the case motor
starting, the power source voltage
drops, and during the humming the
relay, reverts the restored
condition, the contacts suffer burn
consideration for changes coil
resistance, etc
