KUMP-14D38-24 Tyco Electronics, KUMP-14D38-24 Datasheet - Page 2

• Manufacturer Part Number: KUMP-14D38-24
• Description: KUMP-14D38-24=RELAY,POWER,QC.1
• Manufacturer: Tyco Electronics
• Series: KUMPr

Specifications of KUMP-14D38-24

• Rohs Compliant: NO
• Relay Type: General Purpose
• Contact Form: 3PDT (3 Form C)
• Contact Rating (current): 15A
• Switching Voltage: 277VAC
• Coil Type: Standard
• Coil Current: 51mA
• Coil Voltage: 24VDC
• Turn On Voltage (max): 18 VDC
• Mounting Type: Socket
• Termination Style: Quick Connect - .187" (4.7mm)
• Circuit: 3PDT (3 Form C)
• Contact Rating @ Voltage: 15A @ 277VAC
• Control On Voltage (max): 18 VDC
• Mounting Style: Plain Case
• Power Consumption: 1.2 W
• Contact Material: Silver Cadmium Oxide
• Coil Resistance: 472 Ohms
• Lead Free Status / RoHS Status: Lead free / RoHS non-compliant
• Control Off Voltage (min): -
• Lead Free Status / RoHS Status: Lead free / RoHS non-compliant
• Other names: 6-1393119-9

2
2.125 MAX.***
1.968 MAX.†
1.906 MAX.‡
.625 TYP .
09-2010, Rev. 0910
www.te.com
© 2010 Tyco Electronics Ltd.
KUM stud type
Dimensions
KUM bracket type
(16.0)
KUMP plain case
KUMP top flange case
KUMP bracket mount case
1.531 MAX.
2.171 MAX.**
(4.8)
(15.88)
.19
.63
2.27 MAX.*
(49.99)
(48.41)
(38.89)
(53.98)
(55.14)
(57.7)
X
(9.53)
.375
(5.54)
.218
(7 .92)
2.248 MAX.
.312
TYP .
(57.10)
(7.32)
.288
(1.65)
.065
(2) #6-32 THREAD
TAPPED HOLES
(36.50)
.078 TYP .
1.437
(1.98)
X
(11.10)
.437
2.90 MAX.
(63.50)
2.500
(73.7)
X
1.25 MAX.***
1.29 MAX.**
.219 MAX.
1.39 MAX.*
(5.56)
(35.3)
(32.8)
(31.8)
X
X
.187 (4.75) DIA.
PUSH-TO-TEST BUTT ON
AVAILABLE
A
2.29 MAX.***
2.33 MAX.**
2.43 MAX.*
4
7
1
1.518 MAX.
(61.72)
(59.18)
(58.17)
A
(38.56)
4
7
(35.33)
1
1.531 MAX.
1.391
8
(11.10)
2
5
X
General Purpose Relays
Industrial Relays
KUMP Series Panel Plug-in Relay
.078 R. TYP .
.437
(38.89)
(19.1)
.75
X
5
Datasheets and product specification ac-
cording to IEC 61810-1 and to be used only
together with the ‘Definitions’ section.
2
8
(1.98)
.178 TYP .
(4.52)
9
3
6
(4.1)
(16.0)
.16
.109 MAX.
3
6
9
B
.63
(2.77)
B
.031 REF.
1.373 ± .010
(34.87 ± .25)
1.406 MAX.
(.79)
PUSH-TO-TEST BUTTON
(35.71)
X Is For Terminal Dimensions.
See Teminal Drawings.
(1.8)
THREAD
.07
AVAILABLE
1.713 ± .0 03
(43.51 ± .08)
#6-32
A
1.989 ± .0 03
1.906 MAX.‡
7
1
4
1.968 MAX.†
1.468 MAX.
(50.52)
(48.41)
(37.29)
(49.99)
8
2
5
TAB WIDTH
3
6
9
(3.81)
B
.150
X
1.282 MAX.
(35.56)
.031 REF .
X
2.125 MAX.***
(1.52)
2.171 MAX.**
.06
2.27 MAX.*
(.79)
X
(7.9)
(53.98)
.31
(55.14)
(57.7)
1.687 MAX.
Datasheets and product data is subject to the
terms of the disclaimer and all chapters of
the ‘Definitions’ section, available at
http://relays.te.com/definitions
† Dimensions with .250” (6.35mm) terminals.
‡ Dimensions with .187” (4.75mm and .205” 5.21mm) terminals.
*** Dimensions with .187” (4.75mm) terminals.
KUMP core / stud mount case
KUMP stud on end case
(42.85)
** Dimensions with .110” (2.79mm) or .205”(5.21mm) terminals.
*Dimensions with .250” (6.35mm) terminals.
(Continued)
Seated Heights For KUM (open) Relays
1.391” (35.33mm) for #6-32 stud
with .218” (5.54mm) locating tab.
1.52” (38.6mm) for bracket
with 2-#6 32 tapped holes.
1.282” (32.56mm) for #6-32 tapped core
with .125” (3.18mm) or .218” (5.54mm) locating tab.
2.046” (51.97mm) for relay
with printed circuit terminals.
STUD TYPE also available with .125” (3.18mm)
tab, as well as without stud and locating tab.
Models without stud have core tapped #6-32
THREAD, .25” (6.4mm) minimum depth.
*** Dimensions with .187” (4.75mm) terminals.
** Dimensions with .110” (2.79mm) or .205”(5.21mm) terminals.
*Dimensions with .250” (6.35mm) terminals.
#6-32 THREAD
.085 MAX.
(2.16)
STUD with
#6-32 THREAD
or CORE T APPED
#6-32
(9.7)
.38
(3.30)
.130
(11.10
.437
(4.1)
.16
1.968 MAX.†
1.906 MAX.‡
.010
.25)
(49.99)
(48.41)
1.968 MAX. †
1.906 MAX. ‡
(49.99)
(48.41)
Datasheets, product data, ‘Definitions’ sec-
tion, application notes and all specifications
are subject to change.
1.25 MAX.***
1.29 MAX.**
1.39 MAX.*
Potter & Brumfield
(35.3)
(32.8)
(31.8)
X
1.43 MAX.
(36.27)
(7.92)
.312
1.74 MAX.
(44.2)