HAA03 Series

HAA03 Series

Features

  • Multi contact arrangements: 2 Form C, 1NO+1NC(AB1), 1NO+1NC(AB2)
  • Forcibly guided contacts according to EN50205
  • 8A switching capability
  • High insulation capability(1.2/50μs):10kV surge voltage between coil & contacts and 6kV between contact sets
  • UL insulation system:Class F

Recognized Component Mark
File No.:E75887

TÜV Product Certification
File No.:R 50562547

China Quality Certification

RoHS Compliant

Contact Ratings

Contact Arrangement2C, AB1, AB2
Forcibly guided contacts Type
(according to EN50205)		AB1, AB2:Type A
2C:Type B
Contact Resistance≤100mΩ (1A 6VDC)
Contact MaterialSiIver AIIoy
Contact Rating (Resistive)6A 277VAC/30VDC
Max. Switching Voltage400VAC/30VDC
Max. Switching Current8A
Max. Switching Power2216VA/240W
Mechanical Life1×107 OPS
Electrical Life1×105 OPS(1NO:
8A 277VAC/30VDC, Resistive Load, 85°C, 1s on and 9s off)
1×105 OPS(1NC:
6A 277VAC/30VDC,Resistive Load, 85°C, 1s on and 9s off)

Characteristics

Insulation Resistance1000MΩ (at 500VDC)
Dielectric
Strength		Between coil & contacts4000VAC 1min
Between open contacts1500VAC 1min
Between contacts sets3000VAC 1min
Surge voltageBetween coil & contacts10kV(1.2/50μs)
Between contacts sets2.5kV(1.2/50μs)
Between contacts sets6kV(1.2/50μs)
Operate time (at nomi. volt.)≤15ms
Release time (at nomi. volt.)≤10ms
Humidity5% to 85% RH
Operation temperature-40°C~+85°C
UL Class B/FInsulation System Class B/F
Shock
Resistance		FunctionalN.O.:98m/s2 N.C.:49m/s2
Destructive980m/s2
Vibration resistanceN.O.: 10Hz to 55Hz 1.6mm DA
55Hz to 200Hz 98m/s2
N.C.: 10Hz to 55Hz 0.4mm DA
Creepage
distance		Between coil & contacts8mm
Between contacts5.5mm
Clearance
distance		Between coil & contacts8mm
Between contacts5.5mm
Unit weightApprox. 20g
ConstructionFlux Tight Type, Sealed Type

Notes:
1) The data shown above are initial values.
2) Please find coil temperature curve in the characteristic curves.

Ordering Information

HAA03FAB1DC24G –S –XXXX
ModelF:Class F
Blank:Class B		AB1:1NO+1NC(Type 1)
AB2:1NO+1NC(Type 2)
2C:2 Form C		Coil:DCCoil VoltageG:Gold plated
Blank:No Gold plated		E:Flux Tight Type
S:Sealed Type		Customer 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.

Coil Data at 25°C

Nominal
Voltage
VDC		Operate
Voltage
(Max.)
VDC		Release
Voltage
(Min.)
VDC		*Max.
Allowable
Voltage
VDC		Coil
Resistance
Ω±10%
53.800.507.5035.7
64.500.609.0051
96.800.9013.50116
129.001.2018.00206
1511.31.5022.50321
1813.51.8027.00483
2115.82.1031.50630
2418.002.4036.00823
3627.003.6054.001851
4030.04.0060.002286
4836.004.8072.003291
6045.06.0090.005142
8064.08.00120.09143
11082.511.00165.017285

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

Coil

Coil Power700mW

Safety Approval Ratings

UL&CULN.O.:8A/6A 277VAC/250VAC/240VAC/125VAC, on/off 1s/9s, 85°C, 1×105OPS
N.O.:8A/6A 30VDC, on/off 1s/9s, 85°C, 1×105OPS
N.C.:6A 277VAC/250VAC/240VAC/125VAC, on/off 9s/1s, 85°C, 1×105OPS
N.C.:6A 30VDC, on/off 9s/1s, 85°C, 1×105OPS
N.O./N.C.:1A 24VDC, on/off 1s/1s, 85°C, 1×105OPS
N.O.:Pilot duty A300/240VAC, on/off 1s/9s, 70°C, 5×104OPS
N.O.:Pilot duty B300/240VAC, on/off 1s/9s, 70°C, 12×104OPS
N.C.:Pilot duty B300/240VAC, on/off 9s/1s, 70°C, 1.5×104OPS
TüVN.O.:8A/6A 277VAC/250VAC/240VAC/125VAC, 85°C, 1×105OPS
N.O.:8A/6A 30VDC, 85°C, 1×105OPS
N.O.:4A 60VDC, 85°C, 1×105OPS
N.C.:6A 277VAC/250VAC/240VAC/125VAC, 85°C, 1×105OPS
N.C.:6A 30VDC, 85°C, 1×105OPS
N.O./N.C.:1A 24VDC, on/off 1s/1s, 85°C, 1×105OPS
N.O.:3A 240VAC(AC-15), 55°C, 5×104OPS
N.C.:1.5A 240VAC(AC-15), 55°C, 5×104OPS
N.O.:3A 24VDC(DC-13), 55°C, 5×104OPS
N.C.:1A 24VDC(DC-13), 55°C, 5×104OPS
CQCN.O.:8A/6A 277VAC/250VAC/240VAC/125VAC, 85°C, 5×104OPS
N.O.:8A/6A 30VDC, 85°C, 5×104OPS
N.C.:6A 277VAC/250VAC/240VAC/125VAC, 85°C, 1×105OPS
N.C.:6A 30VDC, 85°C, 1×105OPS
N.O./N.C.:1A 24VDC, on/off 1s/1s, 85°C, 1×105OPS

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

2C

2C Outline Dimensions

Wiring Diagram
(Bottom view)

2C Wiring Diagram

PCB Layout
(Bottom view)

2C PCB Layout

* The tolerance without indicating for PCB layout is always ±0.1mm.

Outline Dimensions

AB1

AB1 Outline Dimensions

Wiring Diagram
(Bottom view)

AB1 Wiring Diagram

PCB Layout
(Bottom view)

AB1 PCB Layout

* The tolerance without indicating for PCB layout is always ±0.1mm.

Outline Dimensions

AB2

AB2 Outline Dimensions

Wiring Diagram
(Bottom view)

AB2 Wiring Diagram

PCB Layout
(Bottom view)

AB2 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

CHARACTERISTIC CURVES

COIL TEMPERATURE RISE

Coil Temperature Rise

LOAD BREAKING CAPACITY

Load Breaking Capacity

ELECTRICAL ENDURANCE

Electrical Endurance

Test conditions:
1NO, Resistive Load, 250VAC,
Room temp., 1s on 9s off.
The data shown above are typical values.

PACKAGING SPECIFICATION

BLISTER BOXOUTER CARTONOUTER CARTON SIZE
40PCS800PCSL400mm*W400mm*H190mm

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

PDF Document