SERIES Y
ENGINEERING DATA SHEET
RELAY - NONLATCH
4 PDT, LOW LEVEL TO 5 AMP
All welded construction
Contact arrangement
Qualified to
4 PDT
MIL-PRF-83536
PRINCIPLE TECHNICAL CHARACTERISTICS
Contacts rated at
Weight
Dimensions
Low level, 28 Vdc and 115/200
Vac 400Hz, 3Ø, case grounded
0.058lb max
.81in x .81in x .64in
Special models available upon request.
APPLICATION NOTES:
101
102
103A
007
023
APPLICABLE SOCKETS:
SO-1066-001
SM-1002-003
Hermetically sealed, corrosion resistant metal can.
CONTACT ELECTRICAL CHARACTERISTICS
Contact rating per pole
and load type [1]
Resistive
Inductive [2]
Motor
Lamp
Overload
Rupture
Low level [3]
Time current characteristics [4]
Load current in Amps
@28 Vdc
5
3
2
1
20
25
-
-
@115 Vac, 400 Hz, 1Ø
5
5
3
1
30
40
-
-
@115/200 Vac, 400 Hz, 3Ø
5
5
3
-
30
40
-
-
Featuring
LEACH
©
power and control solutions
www.esterline.com
AMERICAS
6900 Orangethorpe Ave.
P.O. Box 5032
Buena Park, CA 90622
.
.
Tel: (01) 714-736-7599
Fax: (01) 714-670-1145
EUROPE
2 Rue Goethe
57430 Sarralbe
France
.
.
Tel: (33) 3 87 97 31 01
Fax: (33) 3 87 97 96 86
ASIA
Units 602-603 6/F Lakeside 1
No.8 Science Park West Avenue
Phase Two, Hong Kong Science Park
Pak Shek Kok, Tai Po, N.T.
Hong Kong
Tel: (852) 2 191 3830
Fax: (852) 2 389 5803
Data sheets are for initial product selection and comparison. Contact Esterline Power Systems prior to choosing a component.
Date of issue: 09/07
- 61 -
Page 1 of 4
COIL CHARACTERISTICS (Vdc)
CODE
Nominal operating voltage
Maximum operating voltage
Maximum pickup voltage
- Cold coil at +125° C
- During high temp test at +125° C
- During continuous current test at +125° C
Maximum drop-out voltage
Coil resistance in
Ω
±10% at +25° C, except types "C" and "V"
+20%, -10%
18
19.8
22.5
7
400
9
9.9
11.25
4.5
100
4.5
5
5.7
2.5
25
36
38
42
14
1275
18
19.8
22.5
7
400
9
9.9
A
28
29
B
12
14.5
C
6
7.3
M
48
50
N [5]
28
29
12
SERIES Y
R [5]
V [5]
6
7.3
14.5
4.5
5
5.7
2.5
25
11.25
4.5
100
GENERAL CHARACTERISTICS
Temperature range
Minimum operating cycles (life) at rated load
Minimum operating cycles (life) at 25% rated load
Dielectric strength at sea level
- All circuits to ground and circuit to circuit
- Coil to ground
Dielectric strength at altitude 80,000 ft
Insulation resistance
- Initial (500 Vdc)
- After environmental tests (500 Vdc)
Sinusoidal vibration (A and D mounting)
Sinusoidal vibration (E mounting in track)
100 M
Ω
min
50 M
Ω
min
0.12DA / 10 to 70 Hz
30G / 70 to 3000 Hz
0.06DA / 10 to 57 Hz
10G /57 to 500 Hz
20G / 500 to 3000 Hz
0.12DA / 10 to 57 Hz
20G /57 to 3000 Hz
1000 Vrms
1000 Vrms
500 Vrms [6]
-70°C to +125°C
100,000
400,000
Sinusoidal vibration (G and J mounting)
Random vibration
- Applicable specification
- Method
- Test condition - A and D mounting
- Test condition - E, J and G mounting (E in track)
- Duration
Shock (A, D and J mounting)
Shock (E mounting in track)
Shock (G and J mounting)
Maximum contact opening time under vibration and shock
Operate time at nominal voltage@25°C
Release time at nominal voltage@25°C
Contact make bounce at nominal voltage@25°C
Contact release break bounce at nominal voltage@25°C
Weight maximum
MIL-STD-202
214
1G (0.4G
2
/Hz, 50 to 2000 Hz)
1E (0.2G
2
/Hz, 50 to 2000 Hz)
15 minutes each plane
200G / 6 ms
50G / 11 ms
100G / 6 ms
10 µs
6 ms max
6 ms max
0.5 ms max
0.1 ms max [7]
0.058lb
Unless otherwise noted, the specified temperature range applies to all relay characteristics.
Date of issue:
09/07
- 62 -
Page 2 of 4
NOTES
SERIES Y
[1] Standard Intermediate current test applicable; relay can also switch low level load while switching any of the
other rated loads on adjacent contacts.
[2] Inductive load life, 20,000 cycles.
[3] Low level enducrance test: contact load of 10 to 50 millivolt, 10 to 50 microamp, 100 Ohm max. contact
resistance.
[4] Refer to MIL-PRF-83536 for details.
[5] "N" "R" & "V" coils have back EMF suppression to 42 volts maximum.
[6] 500 Vrms with silicone gasket compressed, 250 Vrms all other conditions.
[7] Applicable to Type "N", "R" & "V" coils only.
8. Relay will not operate, but will not be damaged by application of reverse polarity to the coil.
9. Reference MIL-PRF-83536/5,6,7,8.
NUMBERING SYSTEM
Y
A
1
A
Basic series designation__________________________|
|
|
|
1-Mounting Style (A,D,E,G,J)__________________________|
|
|
2-Terminal Types (1,2,4)__________________________________|
|
3-Coil Voltage see coil characteristics (A,B,C,M,N,R & V)_____|
MOUNTING STYLES
.080
+
.005
-
.640 MAX
.025
.640 MAX
.156
.640 MAX
.158
+
.005
-
.055
+
.005
-
1.078
.810
MAX
FULL R
6 PLACES
.810 MAX
.810
MAX
.712
.133
TYP
.250
.500
.110
+
.005
-
4 PLACES
.430
+
.005
-
.810 MAX
.810 MAX
.141 TYP
1.062
1.280
MAX
.810
MAX
MOUNTING STYLE A
MOUNTING STYLE E
NOTE:
FOR USE WITH TRACK MOUNT
SYSTEM, MT-3000-.003 &
SM-1002-003.
MOUNTING STYLE D
SILICONE RUBBER GASKET NOT
PROVIDED ON THIS MOUNTING
STYLE.
.224 DIA
#4-40 UNC-2A
STUD
3 PLACES
.133
TYP
.405
.600 .640 MAX
1.062
.375
.032
.640 MAX
.500
.141
TYP
1.078
.810 MAX
.500
.810 MAX
.250
MOUNTING STYLE G
.025
.810 MAX
1.280 MAX
MOUNTING STYLE J
Date of issue: 09/07
- 63 -
Page 3 of 4
TERMINAL TYPES
.170
SERIES Y
.210
.040
+
.002 DIA
-
14 PLACES
1
.040
+
.002 DIA
-
14 PLACES
.065 DIA
TYP
1 INSULATOR P/N RC-RP8000050-1 AVAILABLE FROM
ROBISON ELECTRONICS,SAN LUIS OBISPO, CA.
TERMINAL TYPE 1
FINISH:
BODY-TIN/LEAD
TERMINALS-TIN/LEAD
SILICONE
RUBBER
GASKET
.170
TERMINAL TYPE 2
FINISH:
BODY-TIN/LEAD
TERMINALS-TIN/LEAD
.050
+
.005
-
.040
+
.001 DIA
-
14 PLACES
TERMINAL TYPE 4
FINISH:
BODY-TIN/LEAD
TERMINALS-GOLD PLATED
SCHEMATIC DIAGRAM
D3
D2
D1
C3
C2
C1
B3
B2
B1
A3
A2
A1
+X1
-X2
+
WIRING DIAGRAM
COIL SUPPRESSION
FOR N, R & V COILS
D3
-X2
D2
D1
STANDARD TERMINAL LAYOUT
.150 TYP
3
-X2
C3
C2
C1
2
1
D
C
B
A
.150 TYP
+X1
+
B1
B3
B2
CONTRASTING BEAD
A3
+X1
A2
A1
TOL: .XX ±.01; .XXX ±.010
Date of issue:
09/07
- 64 -
Page 4 of 4
Application notes
DERATING OF CONTACTS FOR DC VOLTAGES
ABOVE NOMINAL RATING
N°101
To establish a standard for the derating of relay contacts is, at best, a subjective practice. Limitations are governed by the type
of relay, contact gap, maximum voltage capabilities of the relay contact system, and the contact material.
The most common method is to derate the contacts by use of the Power Formula, using the known current and voltage.
This method is valid only for
Resistive Loads,
and is an approximation only; keeping in mind the limitations mentioned above.
Power = IE (Current x Voltage)
I
2
E
2
= 2/3 I
1
E
1
Example:
A designer is working with a 55 volt DC system and has a relay rated at 10 amps resistive at 28 volts DC.
What is the maximum current that can be switched at 55 Vdc.
I
1
= 10 Amperes
E
1
= 28 VDC
E
2
= 55 VDC
I
2
= ? (Current ratings at 55 VDC Resistive)
I
2
E
2
= 2 I
1
E
1
/3
I
2
= 2 I
1
E
1
/E
2
3
= 2 (10 x 28)/55 x 3
= 560/165
I
2
= 3.4 Amperes at 55VDC
In addition, the user should always be concerned about the following:
1. Derating contacts that are rated for less than 10 Amperes at nominal voltage.
2. Derating contacts for use in system voltages above 130 Volts DC
Date of issue: 6/00
- 14 -
Page 1 of 1
嵌入式系统
京公网安备 11010802033920号
Copyright © 2005-2026 EEWORLD.com.cn, Inc. All rights reserved
电子工程世界
