CAR100 Series

CAR100 Series
CAR100 Series
Recognized Component Mark

File No.:E75887 *

TÜV Product Certification

File No.:R 50304236

RoHS Compliant

Contact Ratings

Contact Arrangement1A, 1C
Contact Resistance≤50mΩ (1A 24VDC)
Contact MaterialAgSnO
Contact Rating (Resistive)N.O.:100A/14VDC
N.C.:100A/14VDC
Max. Switching Voltage75VDC
Max. Switching Current100A
Max. Switching Power1400W
Mechanical Life1×106 operations
Electrical LifeSee more details at “safety approval ratings”

Characteristics

Insulation Resistance100MΩ (at 500VDC)
Dielectric
Strength
Between coil & contacts500VAC 1min
Between open contacts500VAC 1min
Operate time (at nomi. volt.)≤12ms
Release time (at nomi. volt.)≤5ms
Humidity85% RH
Operation temperature-40°C~+85°C
UL Class FInsulation System Class F
Shock Resistance294m/s2
Vibration resistance10Hz ~ 55Hz 1.27mm DA
Unit weightApprox. 46g
ConstructionSealed Type, Dust Cover Type,
Flux Tight Type

Notes: The data shown above are initial values.

Ordering Information

CARF1CP100DC12-S-680R-D-2015-XXXX
ModelF: Class F
Blank: Class B
1A=1 Form A
1C=1 Form C
P: PC Pin
Blank: Quick Connect
100:100ACoil VoltageS: Sealed Type Blank: Dust Cover Type
E: Flux Tight Type
Resistor 680Ω 12V Coil & 2700Ω 24V Coil
Blank:No Resistor
D: Diode Blank: No Diode2015:Special Type Blank:Standard TypeCustomer Code

Notes:
1. PC board assembled with dust cover type and flux tight type relays can not be washed and/or coated.
2. Dust cover type and flux tight type relays can not be used in the environment with dust, or H2S, SO2, NO2 or similar gaseous environment etc.
3. -2015=UL RECOGNIZED
4. It is recommended when switching maximum load the vent hole be opened by removing the protrusion for removing inside gasses created by heat.

Coil Data at 25°C

Nominal
Voltage
VDC
Operate
Voltage
(Max.)
VDC
Release
Voltage
(Min.)
VDC
*Max.
Allowable
Voltage
VDC
Coil
Resistance
Ω±10%
64.20.67.820
128.41.215.680
2416.82.431.2320

Note:”*Max Allowable Voltage”: The relay coil can endure max allowable voltage for a short period time only.

Coil

Coil Power1800mW

Safety Approval Ratings

UL&CULN.O.:100A 14VDC, 50°C, 6×103 OPS
N.O.:70A 14VDC, 50°C, 6×103 OPS(CARF1AP100DCXX-S-2015-5352)
TüVN.O./N.C.:100A/14VDC, 1×105 OPS
CARFIAP100DC24-S-2015-5352:70A/14VDC, 85°C, 2×104 OPS

NOTES:
1. All values without specified temperature are at 25°C.
2. The above lists the typical loads only. Other loads may be available upon request.

OUTLINE DIMENSIONS,WIRING DIAGRAM AND PC BOARD LAYOUT. Unit: inch(mm)

Outline Dimensions

Standard Type

Quick Connect

Standard Type Quick Connect Outline Dimensions

PC Pin

Standard Type PC Pin Outline Dimensions

Wiring Diagram
(Bottom view)

1A

1A Wiring Diagram

PCB Layout
(Bottom view)

Quick Connect

Standard Type Quick Connect PCB Layout

PC Pin

Standard Type PC Pin PCB Layout

Outline Dimensions

Special Type

Quick Connect

Special Type Quick Connect Outline Dimensions

PC Pin

Special Type PC Pin Outline Dimensions

Wiring Diagram
(Bottom view)

1C

1C Wiring Diagram

PCB Layout
(Bottom view)

Quick Connect

Special Type Quick Connect PCB Layout

PC Pin

Special Type PC Pin PCB Layout* The tolerance without indicating for PCB layout is always ±0.1mm.

Unless otherwise specified tolerances are:

≤1mm>1mm and ≤5mm>5mm
±0.2mm±0.3mm±0.4mm

PACKAGING SPECIFICATION

BLISTER BOXINNER CARTONOUTER CARTONOUTER CARTON SIZE
20PCS100PCS400PCSL375mm*W280mm*H400mm

APPLICATION GUIDELINES

Automatic Wave Soldering
* Wave solder is the optimum method for soldering.
* Adjust the level of solder so that it does not overflow onto the top of the PC board.
* Unless otherwise specified, solder under the following conditions depending on the type of relay.

Preheat time
20°C-100°C
Rising slope
20°C-120°C
Decreasing slope
Peak-150°C
Slodering temperature
255°C-265°C
90±5 seconds<3°C/s<4°C/s3~5s

Hand Soldering
* Keep the tip of the soldering iron clean.

Solder lron30W or 60W
lron Tip TemperatureApprox. 350°C 662°F
Solder TimeWithin approx. 3 seconds

* Immediate air cooling is recommended to prevent deterioration of the relay and surrounding parts due to soldering heat.
* Although the sealed type relay can be cleaned, avoid immersing the relay into cold liquid (such as washing solvent) immediately after soldering. Doing so may deteriorate the sealing performance.

Discard the dropped product

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