CTS (209-4LPST) DIP SW AUTO INSERTABLE 4SW

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The content and copyrights of the attached
material are the property of its owner.
Jameco Part Number 778251
Series 209/210 AUTO-DIP
®
®
AUTO-DIP ® Switch
Automatically
Insertable, Wave
Solderable, Board
Washable DIP Switch
Features
Optimized Mechanical Features
• Fully sealed to withstand insertion shock,
wave solder temperatures, and board washing
• Positive detent seperated from contactor
• Compatible with Amistar, DynaPert,
Universal, NETCO assembly and other machines
Optimized Contact System
• Redundant, wiping contact
• Contactor does not deflect during actuation
• Available low profile, medium and extended height
actuator
Materials
• Series 209 - gold plated beryllium copper contacts
• Series 210 - gold flash plated beryllium copper contacts
• High housing heat deflection temperature assures
contact and seal integrity after wave soldering
• All plastics rated UL 94 V-0
• RoHS compliant
Series 209 – Premium AUTO-DIP Switches
Series 210 – Economical AUTO-DIP Switches
Electrical and Mechanical Specifications
Switch Function
SPST- 2 through 10 and 12 positions
Switch Contact Resistance
Switch Series
209
210
Initial, max.
25 milliohms
100 milliohms
End of life, max.
50 millohms
500 millohms
Insulation Resistance
1,000 megohms minimum between
insulated terminals
Dielectric Strength
500 VDC minimum for 1 minute between adjacent
switches
Nonswitching Rating
100 mA or 50 VDC maximum
Switch Capacitance
5 pF maximum between adjacent closed switches
Actuation Life
Series 209: 2,000 cycles switching @ 100 mA,
20 VDC or @ .1 mA, 5 VDC (dry circuit)
Series 210: 1,000 cycles switching @ 100 mA,
20 VDC or @ .1 mA, 5 VDC (dry circuit)
1-2
CTS Electronic Components
Allowable Wave Solder Time
Up to 5 seconds with 260°C solder
Vibration
Per MIL-STD-202F, method 204D, condition B
(.06" or 15 G’s between 10 HZ to 2K Hz) with no
contact inconsistencies greater than 1 microsecond.
Shock
Per MIL-STD-202F, method 213B, condition A
(50 G’s) with no contact inconsistencies greater
than 1 microsecond.
Sealing
Standard bottom seal
Optional top tape seal
Operating Temperature
–40°C to +85°C
Packaging
Standard : Anti-Static tube packaging
© 2006 CTS Corporation. All rights reserved. Information subject to change.
6/30/06
www.ctscorp.com
CTS AUTO-DIP ® SERIES CONTACT FEATURES
1. Value of Redundant (Bifurcated)
Contacts: Redundancy
dramatically reduces the probability of
contact failure, IMPROVING
RELIABILITY.
2. Value of Wiping Contact Action: Cleans
contact area, IMPROVING RELIABILITY.
3. Value of Contactor Not Deflecting
During Actuation:Constant contact
pressure eliminates overstressing
contacts, IMPROVING RELIABILITY.
4. Value of Detent Separate from
Contactor: Separate detent allows
optimization of nondeflecting contactor
and detent designs, IMPROVING
RELIABILITY.
TRAVEL
1.0
.039
0.70
.028
ON
3.62
.143
1
2
3
4
5
10
11
"A"
OVERALL
DIMENSION
8.00
.315
DATE CODE
209
6.68±0.25
.263±.010
CTS
X45° CHAMFER (2)
+0.13
0.25 -0.00
.010 +.005
-.000
+0.64
8.25 -0.38
.325 +.025
-.015
12
AUTO-INSERTION TERMINAL.
SERIES DESIGNATION(209, 210)
"A"
+0.13
0.25 -0.00
.010 +.005
-.000
±0.30
±.012
+0.05
3.77 -0.10
.148 +.002
-.004
3.21±0.25
.126±.010
0.55±0.08
.022±.003
8.00
.315
2
9.09/.358
3
11.63/.458
4
14.17/.558
5
16.71/.658
6
19.25/.758
7
21.79/.858
8
24.33/.958
9
26.87/1.058
10
31.95/1.258
12
7.62
.300
TYP.
+0.64
7.62 -0.38
.300 +.025
-.015
2.54
.100
TYP.
STRAIGHT TERMINAL
2.54
.100
TYP.
1.50
.059
TYP.
6.55/.258
STANDOFF
0.60
.024
MOUNTING SURFACE
TYP.
NO. OF
SWITCH
POSITIONS
Ø.094/.037 TYP.
DIMENSION:
mm
inch
Ordering Information
209/210
–
08
M S
T
F
D
F:
SHIP AT OFF POSITION
BLANK : SHIP AT ON POSITION
XX: # OF POSITIONS
E: EXTENDED HEIGHT ACTUATOR(0.6mm/.024”)
M: MEDIUM ACTUATOR(0.25mm/.010”)
LP: LOW PROFILE (Flush)
* T: TOP TAPE SEAL(Optional)
* Not available on Extended
actuator construction
–
P
P:
RoHS COMPLIANT
BLANK : RoHS COMPLIANT FOR
SHIPMENT FROM 7/01/06
D : straight terminal
BLANK : auto-insertable
terminal
S: BOTTOM SEAL(Standard)
2-2
CTS Electronic Components
© 2006 CTS Corporation. All rights reserved. Information subject to change.
6/30/06
www.ctscorp.com