HA15-2
BENEFITS
• Hermetically sealed switch
• Contacts have no effect on their
external environment
• Low space requirement
• Zero operating power required
• Fit and forget durability
APPLICATIONS
• Reed Relays
• Security
• Limit Switching
• Telecoms line switching
• Office equipment
• Light inductive loads
• European mains Voltage Switching
Dimensions: (inch)
mm
Switch type HA15-2
Contact Form A (SPST)
Underwriters Laboratories Recognized, File E47258 (1)
ELECTRICAL RATINGS Sensitivity (5) 17-23 22+
Contact Rating (2)
Watts
-
max
20 W for 100
-
265 VAC loads
Notes
1) For details on electrical specifications contact Hamlin
2) Contact rating-Product of the switching voltage and current should never exceed the wattage rating. Contact Hamlin for additional load/life information
3) Operate (inc. bounce / Release Time-per Eia/NARM RS421A, diode suppressed coil.
4) Pull in Range-Contact Hamlin for tolerances within this range.
5) Rating Sensitivity, The value at which contact ratings and operating characteristics are determined. Derating may be required for lower values
6) Storage Temperature-Long time exposure at elevated temperature may degrade solderability of the leads.
Hamlin USA Tel: +1 920 648 3000 Fax: +1 920 648 3001 Email: sales.us@hamlin.com
Hamlin UK Tel: +44 (0) 1379 649700 Fax: +44 (0) 1379 649702 Email: sales.uk@hamlin.com
Hamlin Germany Tel: +49 (0) 6142 923920 Fax: +49 (0) 6142 923921 Email: sales.de@hamlin.com
Hamectrol France
Tel: +33 (0) 1 6047 3000 Fax: +33 (0) 1 6015 9136 Email: sales.fr@hamlin.com
Hamlin China
+86 512 69365
800
F
ax: +86 512 69365 817
Email:
sales.cn@hamlin.com
DETAILS ON THIS DATA SHEET ARE PROVIDED FOR INFORMATION PURPOSES ONLY &
SHOULD NOT BE RELIED UPON AS BEING ACCURATE FOR ANY PARTICULAR PURPOSE
Product performance may be affected by the application that the part is used for.
Upon request Hamlin will assist purchasers by providing information specific to a particular application.
Hamlin disclaims all liability whatsoever for any purchaser’s reliance upon the information
contained in this data sheet without further consultation with Hamlin’s authorised representatives.
Issue no. AB
2011-08-11
DCR B8057
Page 1/2
Contact Rating (2)
Watts
-
max
20 W for 100
-
265 VAC loads
10 W for all other loads
Voltage Switching VAC rms max / VDC 265 / 200 265 / 200
Breakdown VDC - min 400 450
Current Switching A - max (AC/DC) 0.3 / 0.4 0.35 / 0.5
Carry A - max (DC) 1.4 1.5
Resistance Contact, Initial Ω - max 0.100 0.100
Insulation Ω - min 10¹⁰ 10¹⁰
Capacitance Contact pF - typ 0.2 0.2
Temperature Operating °C -20 to +125 -20 to +125
Storage (6) °C -65 to +125 -65 to +125
OPERATING CHARACTERISTICS
Operate time (3) ms - max 0.6
Release Time (3) ms - max 0.2
Shock 11ms 1/2 sine wave G - max 100
Vibration 50-2000 Hertz G - max 30
Resonant
Frequency Hz - typ 4000
MAGNETIC CHARACTERISTICS
Pull-in Range (4) Ampere Turns 17-23, 22-28, 27-33
Test Coil L4989
HA15-2
BREAKDOWN VOLTAGEPI vs DO
TYPICAL LIFE TEST RESULTS
Hamlin USA
Tel: +1 920 648 3000
Fax: +1 920 648 3001
Email: sales.us@hamlin.com
Hamlin UK Tel: +44 (0) 1379 649700 Fax: +44 (0) 1379 649702 Email: sales.uk@hamlin.com
Hamlin Germany Tel: +49 (0) 6142 923920 Fax: +49 (0) 6142 923921 Email: sales.de@hamlin.com
Hamectrol France
Tel: +33 (0) 1 6047 3000 Fax: +33 (0) 1 6015 9136 Email: sales.fr@hamlin.com
Hamlin China Tel: +86 21 68062833 Fax: +86 21 62424802 Email: sales.cn@hamlin.com
DETAILS ON THIS DATA SHEET ARE PROVIDED FOR INFORMATION PURPOSES ONLY &
SHOULD NOT BE RELIED UPON AS BEING ACCURATE FOR ANY PARTICULAR PURPOSE
Product performance may be affected by the application that the part is used for.
Upon request Hamlin will assist purchasers by providing information specific to a particular application.
Hamlin disclaims all liability whatsoever for any purchaser’s reliance upon the information
contained in this data sheet without further consultation with Hamlin’s authorised representatives.
Life test notes:-
Each operation monitored for failure to open or close.
15-20 samples each test.
End of life criteria: >10% failure.
Results may vary with such factors as pull-in, circuit reactance or drive method.
Issue no. AB
2011-08-11
DCR B8057
Page 2/2