Honeywell NGC Installation Instructions Manual

Installation Instructions for the

MICRO SWITCH NGC Series
Compact Limit Switches

m WARNING

PERSONAL INJURY

DO NOT USE these products as safety or emergency stop
devices or in any other application where failure of the

product could result in personal injury.

Failure to comply with these instructions could result in
death or serious injury.

ROUTINE MAINTENANCE

It is important to appreciate that the safe operation of your
machine will depend upon the safe efficient working of all com­ponents and devices, which would include these switches. It is
essential that a regular maintenance routine for the machine
is established and that the routine should specifically cover all
components that interface with these switches. It is imperative
that any wear on the actuator mechanism operating the switch,
or on the switch itself, and also any drift in the operating char­acteristics are identified at an early stage and the necessary
corrective actions implemented by the end user, thus ensuring
operator safety.

Periodic maintenance of the switch and replacement at ap­propriate intervals will avoid failures due to wear. The frequency
of the maintenance will be determined by the type of machin­ery and is the responsibility of the machine manufacturer or
end user. The switch actuator must not be traveled to the point
where it reaches its physical end stop, or beyond, as damage
could occur. It is good design practice not to hold the switch
actuator in the overtravel position for extended periods, that
the actuator moves freely without jamming during operation
and that the alignment of the machine actuator to the switch
prevents damage or excessive wear. The electrical operation of
the switch must be checked and tested at regular intervals only
by a suitably qualified person.

Issue 7

32313117

m ATTENTION

BLESSURES CORPORELLES

NE PAS UTILISER ces produits en tant que dispositifs d’arrêt
d’urgence ou de sécurité, ni dans aucune autre application
où la défaillance du produit pourrait entraîner des blessures

corporelles.

L’inobservation de ces instructions peut entraîner la mort
ou de graves blessures.

ENTRETIEN COURANT

Il est important de se rappeler que le bon fonctionnement de
votre machine dépendra de l’usage correct de tous les com­posants et dispositifs y compris des interrupteurs de fin de
course. Un entretien régulier de la machine est essentiel et doit
être établi, cet entretien doit couvrir tous les composants qui
interactent avec ces interrupteurs. Il est impératif que toute
usure du mécanisme de l’actionneur opérant l’interrupteur, ou
l’usure de l’interrupteur lui-même, ou encore toute variation
des caractéristiques de fonctionnement, soit identifiée le plus
tôt possible et que les mesures correctives nécessaires soient
prises par l’utilisateur, assurant ainsi la sécurité de l’opérateur.

L’entretien régulier de l’interrupteur et son remplacement à
des intervalles appropriés évitera les pannes dues à l’usure. La
fréquence d’entretien est déterminée par le type de machine
et est la responsabilité du fabricant ou de l’utilisateur de la
machine. L’actionneur du fin de course ne doit pas être déplacé
au-delà du point où il atteint sa propre butée pour éviter de
l’endommager. Il est préférable de ne pas maintenir l’actionneur
de l’interrupteur en position de surcourse pendant des périodes
prolongées. Durant le fonctionnement, l’actionneur doit pouvoir
se déplacer librement sans se coincer et son alignement avec
l’interrupteur doit empêcher les risques d’endommagement
ou d’usure excessive. Le fonctionnement du fin de course sous
tension doit être vérifié et testé à des intervalles réguliers par
du personnel qualifié uniquement.

Sensing and Internet of Things

MICRO SWITCH NGC Series

m WARNUNG

PERSONENSCHADEN

Diese Produkte dürfen weder als Sicherheits-oder Not­Abschaltgeräte noch in anderen Anwendungen, bei denen
ein Fehler an diesem Produkt zu Personenschaden führen

könnte, eingesetzt werden.

Missachtung dieser Anweisungen kann zu schweren
Verletzungen oder zum Tod führen.

ROUTINEWARTUNG

Es muß betont werden, daß der sichere Betrieb ihrer Maschine
vom sicheren und wirksamen Betrieb aller Komponenten und
Vorrichtungen abhängt, zu denen auch diese Schalter gehören.
Besonders wichtig ist es, eine regelmäßige Wartungsroutine für
die Maschine einzurichten, die insbesondere alle Komponenten
mit berücksichtigt, die in Verbindung mit diesen Schaltern
verwendet werden. Verschleißerscheinungen am Betätigungs­mechanismus des Schalters oder am Schalter selbst, sowie
jede Veränderung der SchaltbetätigungsKenndaten, müssen
unbedingt bereits im Anfangsstadium erkannt und vom End­nutzer behoben werden, um die Sicherheit des Bedienenden zu
gewährleisten.

Durch regelmäßige Wartung des Schalters und Auswechseln
in angemessenen Zeitabständen werden Störungen infolge
von Abnutzung vermieden. Das Wartungsintervall richtet sich
nach der Art der Maschine und liegt in der Verantwortung des
Herstellers oder Endnutzers. Um Schäden zu vermeiden, darf
der Schalterbetätiger nicht bis zum Endanschlag oder darüber
hinaus ausgefahren werden. Der Einbau des Schalters muß
so ausgeführt werden, daß der Schalterbetätiger nicht über
einen längeren Zeitraum hinweg in Nachlaufwegsposition
betätigt wird, und er sollte sich leicht bewegen lassen, ohne
beim Betätigen zu klemmen. Die Ausrichtung des Maschinen­betätigers mit dem Schalter soll der Vorbeugung gegen
Schäden oder übermäßige Abnutzung dienen. Der elektrische
Betrieb des Schalters muß geprüft und in regelmäßigen Zeitab­ständen von einer entsprechend qualifizierten Person getestet
werden.

ISSUE 7 32313117

2 sensing.honeywell.com

MICRO SWITCH NGC Series

ISSUE 7 32313117

Conforming to
standards

Ultilization
category

Thermal current

Rated Insulation
voltage (Ui)

Rated impulse
withstand
voltage (Uimp)

Pollution degree

Operating
temperature

Mechanical life

Electrical life

Degree of
protection

Min. actuation
speed

Max. actuation
speed

Max. actuation
frequency

Shock Choc Stossfestigkeit

Vibration Vibration Vibrationfestigkeit

Allowable panel
thickness

Mounting holes

Tightening
torque

Conforme aux
standards

Catégoire
d’utilisation

Courant
permanent
maximum (Ith)

Tension
efficace (Ui)R

Tension
d’isolment
(Uimp)

Degré de
pollution

Température de
foncionnment

Durée de vie
mécanique

Durée de vie
électrique

Indice de
protection

Vitesse min. de
la clé

Vitesse max. de
la clé

Fréquence
max. de
pénétration

Epaisseur
de panneau
autorisée

Trous de
montage

Couple de
serrage

Entspricht den Normen

Verwendungskategorie

Dauerstromt (Ith)

Nennisolationsspannung (Ui)

Max.ImpulsPrufspannung
(Uimp)

Verschmutzungsgrad 3 (III)

Betriebstamperatur

Mechanische Lebensdauer

Elektrisches Lebensdauer

Schutzart NEMA 1, 4, 12, 13; IP67 per IEC 60529

Min.
Betaetigungsgeschwindigkeit

Max.
Betaetigungsgeschwindigkeit

Max. Betaetigungsfrequenzt

Zulässige Tafeldicke 7,0 mm [0.28 in] max.

Befestigungslöcher M4 or #8 screws

Anzugsmoment 1,5 Nm to 2,0 Nm [13.27 in-lb to 17.7 in-lb]

IEC 6094751, IEC 61373,
EN455452 HL 3 (metal variants with M12 connectors only)

A300 AC15: 120 V 6 A; 240 V 3 A per
1NC/1NO (silver­alloy contacts)

1NC/1NO (gold­plated contacts)

2NC/2NO (silver­alloy contacts)

2NC/2NO (gold­plated contacts)

1NC/1NO: 10 A
2NC/2NO: 5 A

1NC/1NO: 400 V as per IEC 6094751
2NC/2NO: 250 V as per IEC 6094751

1NC/1NO: 2500 V as per IEC 6094751
2NC/2NO: 1500 V as per IEC 6094751

25 °C to 75 °C [13 °F to 167 °F]
(for extended operating temperature options, see Table 3)

1NC/1NO: 5 M cycles min at 120 CPM
2NC/2NO: 5 M cycles min at 60 CPM

1 A, 110 Vdc, 500,000 cycles only for NC circuit
10 mA, 30 Vdc, 50,000 cycles only for gold-plated contacts

0,3 mm/s

2 m/s

1NO/1NC: 120 cpm
2NO/2NC: 60 cpm

50 g for 11 ms as per IEC 60068227; railway application,
per IEC 61373 Class I Car B type

10 G as per IEC6006826; Railway application
per IEC61373 Class I Car B type

IEC 6094751 and UL 508

Q300 DC13: 125 Vdc 0.55 A; 250 Vdc

0.27 A per IEC 6094751 an UL 508

low level current: 30 mVdc 10 mA

resistive

C300 AC15: 0.75 A 240 Vac per IEC

6094751

R300 DC13: 0.1 A 250 Vdc per IEC

6094751

low level current: 30 mVdc 10 mA

resistive

Sensing and Internet of Things 3

MICRO SWITCH NGC Series

Medium-Dut

Figure 1. Product Nomenclature and Order Guide

ISSUE 7 32313117

NGC

Switch Type

NGC Series

Compact

Limit Switch

M

Housing

Metal

M

y

Plastic

P

Plastic with
mounting

Q

ring support

NOTE: not all combinations
of model code are available.

Please contact your Honeywell
provider/representative for assistance.

1

Only applicable for head type “A”

2

Only applicable for lever types “1, 2, 6” and switch types “01” and “07”

3

Only applicable for lever types “2, 6”

4

Only applicable for metal housing Type “M”

5

Typically applicable for plastic housing Type “P” and “Q”, and without grounding metal housing Type “M”

6

Only applicable for switch type “01” and “07”

7

Cable meets EN 50306, but does not meet with UL requirement

8

Only applicable for “O0” cable length. Not applicable to switch types “24” and “32”

9

“00” cable length is not applicable for connector/cable exit type “A”, “B”, “D”, and “R”. Not applicable to switch types “24” and “32”

10

DIN 5510-2-2009 does not apply to NGC variant with suffix modification code “H85”. Also applicable only for connector/cable types “B”, “R”, “N”, and “P”. See table 2

11

Modification code “L40” is a -40 °C variant. Only applicable to connector/cable types “B”, “R”, “N”, and “P”. See table 2

A

Connection

Side exit,

A

right

Bottom

B

exit

Side exit,

C

left

02

Cable Length

No cable.
Internal

00

connector

0,25 m

02

[0.82 ft]

0,5 m

05

[1.64 ft]

0,7 m

07

[2.3 ft]

1,0 m

10

[3.28 ft]

1,5 m

15

[4.92 ft]

2,0 m

20

[6.56 ft]

3,0 m

30

[9.84 ft]

4,0 m

40

[13.12 ft]

5,0 m

50

[16.4 ft]

A

Connector/Cable

Exiting Housing

Standard cable

A

Halogen-free

B

cable

PUR cable

D

M12 4-pin
micro change,

N

P

R

dc connector

M12 5-pin
micro change,
dc connector

Railway cable

5,6,8

4,6,8

Connector at
End of Cable

X

7

X

None

01

Switch Type

1NC/1NO
snap action

01

silver contacts

1NC/1NO
snap action

07

gold contacts

2NC/2NO
snap action

24

silver contacts

2NC/2NO
snap action

32

gold contacts

Head Type

Side rotary

A

Pin plunger

B

Roller

C

plunger

Long pin

D

plunger

Top roller

J

lever arm

Cross roller

L

plunger

Pin plunger w/

M

boot seal

Panel-mount

N

pin plunger

Panel-mount

P

roller plunger

Panel-mount
cross-roller

Q

plunger

Panel-mount
pin plunger w/

R

boot seal

Long roller

S

plunger

Long
cross-roller

T

plunger

A

1

Levers

(Optional)

None

Standard,

1

fixed length

Adjustable
length,

2

roller lever

Short,

6

fixed length

1

1

1

1

Rollers

(Optional)

None

18 mm nylon

A

roller

18 mm
stainless steel

B

roller

18 mm nylon

C

roller, reversed

18 mm
stainless steel

D

roller, reversed

Modifications

Side rotary
lever,

M01

90° right

Side rotary

3

3

M02

M07

M08

H85

L40

lever,
90° left

Side rotary
short lever,
45° right

Side rotary
short lever,
45° left

High temp
variant,

10

85 °C

Low temp
variant,

11

-40 °C

2

2

Table 2. Connector/Cable Type Temperature Options

Connector/Cable
type

Standard NGC Series
(with modification code, none)

10, 11

High Temp NGC Series
(with modification code, H85)

Low Temp NGC Series
(with modification code, L40)

Tmin Tmax Tmin Tmax Tmin Tmax
A 25 °C 75 °C – – – –
B 25 °C 75 °C 25 °C 85 °C 40 °C 75 °C
D 25 °C 75 °C – – – –
R 25 °C 75 °C 25 °C 85 °C 40 °C 75 °C
N 25 °C 75 °C 25 °C 85 °C 40 °C 75 °C
P 25 °C 75 °C 25 °C 85 °C 40 °C 75 °C

4 sensing.honeywell.com

MICRO SWITCH NGC Series

(Cable Length)

Type A1A/A1B • Side Rotary

Ø 18
[Ø 0.71]

PT

PT

FP

7 [0.28]

32,5 [1.28]

16,7 [0.66]

67,4 [2.65]

55,8 [2.2]

40,8
[1.6]

65,5 [2.58]

20 [0.79]

30 [1.19]

Ø 18
[Ø 0.71]

PT

PT

FP

7 [0.28]

19,9 [0.78]

67,4 [2.65]

55,8 [2.2]

40,8
[1.6]

20 [0.79]

30 [1.19]

Type A6A/A6B • Side Rotary (Short)

16,7
[0.66]

52 [2.05]

FP

67,4 [2.65]

Adjustable Length Roller Lever

103 [4.05] max.

20 [0.79]

30 [1.19]

Type A6C/A6D • Reversed Side Rotary (Short)

67,4 [2.65]

55,8 [2.2]

40,8
[1.6]

16,7
[0.66]

Ø 18
[Ø 0.71]

PT

PT

FP

7 [0.28]

10,8 [0.43]

52 [2.05]

Adjustable Length Roller Lever

67,4 [2.65]

FP

103 [4.05] max.

ISSUE 7 32313117

Figure 2. Connector Dimensions and PinOut Identification

4-Pin

Identification

15 [0.59]

12 [0.47]

B ±2

A ±5

L

A ±5

B ±2

Bottom Exit

Side Exit

17 [0.67]

12

[0.47]

Bottom Exit

5-Pin

Identification

Side Exit

(Cable Length)

NOTE: Connector option only available for SPDT versions.

Figure 3. Side Rotary A1A/A1B Dimensions

L

Figure 5. Side Rotary A2A/A2B DimensionsFigure 4. Side Rotary A6A/A6B Dimensions

PT

PT

29 [1.14]

7 [0.28]

51 [2.00] min.

20 [0.79]

30 [1.19]

Figure 7. Side Rotary A2C/A2D DimensionsFigure 6. Side Rotary A6C/A6D Dimensions

51 [2.00] min.

20 [0.79]

30 [1.19]

Ø 18
[Ø 0.71]

55,8 [2.2]

16,7

40,8

[0.66]

[1.6]

Type A2A/A2B • Side Rotary with

PT

PT

55,8 [2.2]

40,8
[1.6]

7 [0.28]

19,6 [0.77]

16,7
[0.66]

Type A2C/A2D • Reversed Side Rotary with

Sensing and Internet of Things 5

MICRO SWITCH NGC Series

Black/
White

Black

Blue

Brown

Zb

2221

13

14

21-2

0° 25° 45° 65°

13-1

21-2
13-1

22

1

14

34

Green/Yellow

Violet

Black

2 Zb

0° 26.5° 45° 65°

Positive Opening

Orange-Blue

Table 3. Side Rotary Operating Characteristics

ISSUE 7 32313117

Actuation Catalog Listing

NGCP*****X01A** A

NGCP*****X01A** B

NGCP*****X01A** D

NGCP*****X07A** A

NGCP*****X07A** D

NGCP*****X01A** N 01

NGCP*****X07A** N 07

NGCM*****X01A** A

NGCM*****X01A** B

NGCM*****X01A** D

NGCM*****X07A** A

NGCM*****X07A** B

Side

Rotary

NGCM*****X07A** D

NGCM*****X01A** P 01

NGCM*****X07A** P 07

Connector/

Cable Exit

Switch

Type

01

07NGCP*****X07A** B

01

07

Circuit Diagram Bar Charts

2
4

4

2

22
2

DT

2
4

Contact Closed
Contact Open
Positive Opening

1

3 4

5

2

Blue

13

21

Black
White

2

3
13

21
1

Zb

Brown

Black

Zb

3
13

21
1

Zb

Green/Yellow

14

22

4
14

Differential
Travel max.

15°

Operat-

ing Force/

Torque max.

18 Ncm

[1.59 in-lb]

Release

Force/

Torque max.

2,5 Ncm

[0.22
in-lb]

NGCP*****X24A** A

NGCP*****X24A** B

NGCP*****X24A** D

NGCP*****X32A** A

NGCP*****X32A** D

NGCM*****X24A** A

NGCM*****X24A** B

NGCM*****X24A** D

NGCM*****X32A** A

NGCM*****X32A** D

6 sensing.honeywell.com

24

32NGCP*****X32A** B

24

32NGCM*****X32A** B

Orange

Brown

Gray

White

Orange

Brown

Gray

White

Green/Yellow

2 Zb

Blue
Red

Blue
Red
Black
Violet

White-Violet

Gray-Black

Brown-Red

Orange-Blue

White-Violet

Gray-Black

Brown-Red

DT

Contact Closed
Contact Open

16.5°

17 Ncm

[1.5 in-lb]

2,1 Ncm

[0.19
in-lb]

How to read and understand the bar chart information

The following example relates to a unit which has a snap action basic and which has a roller
pin plunger actuator. Follow the black arrows and the black strip on the chart. The black strip
indicates that there is a circuit between the terminals whose numbers are shown on the left and
when white there is no circuit.

Look at Figures A and B as examples. Actuator type used for test is the linear Cam travel type
(b) shown left. The start point is at the arrow marked ‘‘A’’ (See fig. B). This shows the free posi­tion to be 5.3 mm from the vertical center line of the unit. At this stage there is a circuit between
the terminals 2122 but no circuit between terminals 1314. The unit can be actuated until it
reaches the operating position which is 10,5 mm from the center line – a travel distance of 10,5
– 5,3 = 5,2 mm from the free position. At this point the circuit arrangement changes – no circuit
between 2122 but making a circuit between 1314. If, however, the contacts of terminals 2122
weld together and will not separate, a mechanical safety feature will take effect if the switch is
travelled past the point from which positive opening is assured, 13,9 mm. As the switch returns
it reaches the release position at 8.9 mm from the center line. The circuit will change back to the
original state and the difference between the operating position and the release position gives
what is known as the differential travel i.e. 10,5 – 8,9 = 1,6 mm. The asterisk (*) indicates the
point from which the positive opening is assured.

MICRO SWITCH NGC Series

Pin Plunger

Ø 8

]

2X Ø4,3 thru.
2X Ø8 3,9

Roller Plunger

Ø 12,7 x 4

PT 2,1 [0.08]

2X Ø4,3 thru.
2X Ø8 3,9

Cross Roller Plunger

4 [0.16]

PT 2,1 [0.08]

2X Ø4,3 thru.
2X Ø8 3,9

Pin Plunger with Boot Seal

PT 2,1 [0.08]

2X Ø4,3 thru.
2X Ø8 3,9

Panel-Mount Pin Plunger

Ø 8

PT 2,1 [0.08]

2X Ø4,3 thru.
2X Ø8 3,9

Panel-Mount Roller Plunger

PT 2,1 [0.08]

Ø 12,7 x 4

2X Ø4,3 thru.
2X Ø8 3,9

Panel-Mount Cross Roller Plunger

Ø 12,7

4 [0.16]

PT 2,1 [0.08]

2X Ø4,3 thru.
2X Ø8 3,9

with Boot Seal

PT 2,1 [0.08]

Top Roller Lever Arm

40,8
[1.6]

55,8 [2.2]

6,8

[1.26]

ISSUE 7 32313117

Figure 8. Pin Plunger B & D
Dimensions

PT 2,1 [0.08

FP ±0,5

20 [0.79]

30 [1.19]

55,8 [2.2]

[Ø 0.31]

40,8
[1.6]

NGC_B | FP 19,8 mm
NGC_D | FP 22,4 mm

Figure 11. Pin Plunger with Boot Seal
M Dimensions

Ø 6,7

[Ø 0.26]

32,3 [1.27]

Figure 9. Roller Plunger C & S
Dimensions

[Ø 0.5 x 0.16]

FP ±0,5

55,8 [2.2]

40,8
[1.6]

20 [0.79]

30 [1.19]

NGC_C | FP 30,3 mm

NGC_S | FP 32,85 mm

Figure 12. PanelMount Pin Plunger
N Dimensions

[Ø 0.31]

M12 x 1

7,0 [0.28] max.

36,5 [1.44]

Figure 10. Cross Roller Plunger L & T
Dimensions

Ø 12,7
[Ø 0.5]

FP ±0,5

55,8 [2.2]

40,8
[1.6]

20 [0.79]

30 [1.19]

NGC_L | FP 30,3 mm

NGC_T | FP 32,85 mm

Figure 13. PanelMount Roller
Plunger P Dimensions

[Ø 0.5 x 0.16]

M12 x 1

7,0 [0.28]
max.

47,5 [1.87]

Figure 14. PanelMount Cross Roller
Plunger Q Dimensions

55,8 [2.2]

55,8 [2.2]

40,8
[1.6]

M12 x 1

7,0 [0.28] max.

40,8
[1.6]

[Ø 0.5]

NGC_M

NGC_Q

20 [0.79]

30 [1.19]

47,5 [1.87]

20 [0.79]

30 [1.19]

20 [0.79]

30 [1.19]

NGC_N

55,8 [2.2]

40,8
[1.6]

20 [0.79]

30 [1.19]

NGC_P

Figure 16. Top Roller Lever Arm

Figure 15. PanelMount Pin Plunger

J Dimensions

With Boot Seal R Dimensions

Ø 6,7

[Ø 0.26]

M12 x 1

7,0 [0.28] max.

2X Ø4,3 thru.
2X Ø8 3,9

55,8 [2.2]

40,8
[1.6]

47,5 [1.87]

20 [0.79]

30 [1.19]

32

NGC_R

Panel-Mount Pin Plunger

[0.265]

Operating Position

Ø 14 x 5

2X Ø8 3,9

2X Ø4,3 thru.

20 [0.79]

30 [1.19]

NGC_J

Sensing and Internet of Things 7

MICRO SWITCH NGC Series

Black/
White

Black

Blue

Brown

Zb

2221

13

14

Positive Opening

22

1

14

34

Green/Yellow

Violet

Black

2 Zb

Positive Opening

Table 4. Plunger Operating Characteristics

ISSUE 7 32313117

Actua-

tion

Plung-

er

Head

Con-

Catalog Listing

nector/

Cable

Switch

Type

Exit

NGCP*****X01 B/C/D/L/M/N/P/Q/R/S/T A

NGCP*****X01 B/C/D/L/M/N/P/Q/R/S/T B

01

NGCP*****X01 B/C/D/L/M/N/P/Q/R/S/T D

NGCP*****X07 B/C/D/L/M/N/P/Q/R/S/T A

07NGCP*****X07 B/C/D/L/M/N/P/Q/R/S/T B

NGCP*****X07 B/C/D/L/M/N/P/Q/R/S/T D

NGCP*****X01 B/C/D/L/M/N/P/Q/R/S/T N 01

NGCP*****X07 B/C/D/L/M/N/P/Q/R/S/T N 07

NGCM*****X01 B/C/D/L/M/N/P/Q/R/S/T A

NGCM*****X01 B/C/D/L/M/N/P/Q/R/S/T B

NGCM*****X01

B/C/D/L/M/N/P/Q/R/S/T

01

D

NGCM*****X07 B/C/D/L/M/N/P/Q/R/S/T A

07NGCM*****X07 B/C/D/L/M/N/P/Q/R/S/T B

NGCM*****X07

B/C/D/L/M/N/P/Q/R/S/T

D

NGCM*****X01 B/C/D/L/M/N/P/Q/R/S/T P 01

NGCP*****X07 B/C/D/L/M/N/P/Q/R/S/T P 07

Circuit Diagram Bar Charts

1

3 4

5

2

Blue

13

21

Black
White

2

3
13

21
1

3
13

21
1

Zb

Brown

Black

Zb

Zb

Green/Yellow

14

22

4

0

2

2,1

4,0

4,9

4
14

22
2

21-22

13-14

DT

Contact Closed
Contact Open

21-22

13-14

Dif-

ferential

Travel

max.

1,2

mm

[0.047

in]

Operat-

ing
Force/
Torque

max.

11 N

[2.47

lb]

Release

Force/
Torque

max.

3 N

[0.67

lb]

NGCP*****X24 B/C/D/L/M/N/P/Q/R/S/T A

NGCP*****X24 B/C/D/L/M/N/P/Q/R/S/T B

NGCP*****X24 B/C/D/L/M/N/P/Q/R/S/T D

NGCP*****X32 B/C/D/L/M/N/P/Q/R/S/T A

NGCP*****X32 B/C/D/L/M/N/P/Q/R/S/T D

NGCM*****X24 B/C/D/L/M/N/P/Q/R/S/T A

NGCM*****X24 B/C/D/L/M/N/P/Q/R/S/T B

NGCM*****X24

B/C/D/L/M/N/P/Q/R/S/T

NGCM*****X32 B/C/D/L/M/N/P/Q/R/S/T A

NGCM*****X32

B/C/D/L/M/N/P/Q/R/S/T

24

Orange

Brown

Gray

White

32NGCP*****X32 B/C/D/L/M/N/P/Q/R/S/T B

24

D

32NGCM*****X32 B/C/D/L/M/N/P/Q/R/S/T B

Orange

Brown

Gray

White

Green/Yellow

2 Zb

Blue
Red

Blue
Red
Black
Violet

White-Violet

0

2,1

4,0

4,9

Contact Closed
Contact Open

Gray-Black

Orange-Blue

Brown-Red

White-Violet

DT

Gray-Black

Orange-Blue

Brown-Red

1,4

mm

[0.055

in]

9,5 N
[2.14

lb]

2,2 N
[0.49

lb]

D

8 sensing.honeywell.com

MICRO SWITCH NGC Series

Black/
White

Black

Blue

Brown

Zb

2221

13

14

12,5

22

1

14

34

Green/Yellow

2 Zb

12,5

Table 5. Top Roller Arm Operating Characteristics, Head Type J

ISSUE 7 32313117

Actua-

tion

Top

Roller

Arm

Catalog Listing

Connector/

Cable Exit

Switch

Type

NGCP*****X01 J A

NGCP*****X01 J B

01

NGCP*****X01 J D

NGCP*****X07 J A

07NGCP*****X07 J B

NGCP*****X07 J D

NGCP*****X01 J N 01

NGCP*****X07 J N 07

NGCM*****X01 J A

NGCM*****X01 J B

NGCM*****X01

J

D

01

NGCM*****X07 J A

07NGCM*****X07 J B

NGCM*****X07

J

D

NGCM*****X01 J P 01

NGCP*****X07 J P 07

Circuit Diagram Bar Charts

1

3 4

5

2

2

Blue

13

21

Black
White

3
13

21
1

3
13

21
1

Zb

Brown

Black

Zb

Zb

Green/Yellow

14

22

4

0

2

6,8

15,2

4
14

22
2

21-22

13-14

Contact Closed
Contact Open
Positive Opening

21-22

DT

13-14

Differential
Travel max.

4 mm

[0.157 in]

Operating

Force/
Torque

max.

5,5 N

[1.24 lb]

Release

Force/
Torque

max.

1,2 N

[0.27 lb]

NGCP*****X24 J A

NGCP*****X24 J B

NGCP*****X24 J D

NGCP*****X32 J A

NGCP*****X32 J D

NGCM*****X24 J A

NGCM*****X24 J B

NGCM*****X24

J

NGCM*****X32 J A

NGCM*****X32

J

24

Orange

Brown

Gray

White Violet

32NGCP*****X32 J B

24

D

32NGCM*****X32 J B

Orange

Brown

Gray

White

Green/Yellow

2 Zb

Blue
Red
Black

Blue
Red
Black
Violet

White-Violet

Gray-Black

0

6,8

15,2

Contact Closed
Contact Open
Positive Opening

Orange-Blue

Brown-Red

DT

White-Violet

Gray-Black

Orange-Blue

Brown-Red

4,3 mm

[0.169 in]

4,5 N

[1.01 lb]

1,2 N

[0.27 lb]

D

Sensing and Internet of Things 9

MICRO SWITCH NGC Series

ISSUE 7 32313117

WARRANTY/REMEDY

Honeywell warrants goods of its manufacture as being free of
defective materials and faulty workmanship during the appli­cable warranty period. Honeywell’s standard product warranty
applies unless agreed to otherwise by Honeywell in writing;
please refer to your order acknowledgement or consult your
local sales office for specific warranty details. If warranted
goods are returned to Honeywell during the period of coverage,
Honeywell will repair or replace, at its option, without charge
those items that Honeywell, in its sole discretion, finds defec­tive. The foregoing is buyer’s sole remedy and is in lieu of all

other warranties, expressed or implied, including those of
merchantability and fitness for a particular purpose. In no
event shall Honeywell be liable for consequential, special,
or indirect damages.

While Honeywell may provide application assistance personally,
through our literature and the Honeywell web site, it is buyer’s
sole responsibility to determine the suitability of the product in
the application.

Specifications may change without notice. The information we
supply is believed to be accurate and reliable as of this writing.
However, Honeywell assumes no responsibility for its use.

Honeywell serves its customers through a worldwide network of
sales offices, representatives and distributors. For application
assistance, current specifications, pricing or name of the near­est Authorized Distributor, contact your local sales office or:

E-mail: [email protected]
Internet: sensing.honeywell.com
Phone and Fax:
USA/Canada +18005376945
International +18152356847; +18152356545 Fax

GARANTIE/RECOURS

La société Honeywell garantit que ses produits sont exempts
de défauts matériels et de fabrication, et ce pendant la péri­ode de garantie applicable. Sauf indication contraire écrite et
approuvée par Honeywell, la garantie standard sur les produits
Honeywell s’applique. Veuillez vous reporter au récépissé de
votre commande ou consulter votre bureau de vente local pour
obtenir des détails spécifiques sur la garantie. Si les articles
garantis sont retournés à Honeywell pendant la période de
couverture, la société Honeywell réparera ou remplacera, selon
son choix et gratuitement, ceux qu’elle estimera, à sa seule
discrétion, défectueux. Ce qui précède constitue le seul

recours de l’acheteur et se substitue à toutes autres garan­ties, explicites ou implicites, y compris celles relatives à la
commercialisation ou la compatibilité avec une application
particulière. Honeywell ne peut être en aucun cas tenu re­sponsable de tout dommage indirect, spécial ou accessoire.

Bien que la société Honeywell puisse être amenée à fournir une
assistance par le biais de sa documentation et de son site Web,
il est de la seule responsabilité de l’acheteur de déterminer pour
quelles utilisations le produit est adapté.

Les caractéristiques peuvent être modifiées sans préavis.
Les informations fournies dans ce document sont considérées
comme fiables et correctes. Toutefois, la société Honeywell
ne peut être tenue pour responsables de leur utilisation.

GARANTIE UND HAFTUNGSANSPRÜCHE

Honeywell garantiert, dass die Produkte aus eigener Ferti­gung während des Gewährleistungszeitraums frei von Ma­terialfehlern und Produktionsmängeln sind. Es gilt die durch
Honeywell schriftlich mitgeteilte StandardProduktgarantie
von Honeywell. Informationen zu Garantiedetails finden Sie
auf Ihrer Auftragsbestätigung bzw. erhalten Sie von Ihrer
örtlichen Niederlassung. Wenn Produkte mit Garantie inner­halb der Garantiefrist an Honeywell zurückgesendet werden,
ersetzt oder repariert Honeywell diese Teile kostenlos, sofern
sie nach Ermessen von Honeywell als fehlerhaft anzusehen
sind. Das Vorangegangene gilt als einzige Entschädigung

des Käufers und ersetzt alle anderen ausdrücklichen oder
stillschweigenden Garantien, einschließlich Qualitäts- und
Sachmängelhaftung. In keinem Fall haftet Honeywell für

mittelbare, indirekte oder Sonderschäden.

Obwohl Honeywell persönliche und schriftliche Anwendungs­hilfe sowie Informationen über die HoneywellWebsite bietet,
liegt es in der ausschließlichen Verantwortung des Kunden,
zu entscheiden, ob sich das Produkt für die entsprechende
Anwendung eignet.

Änderungen der technischen Daten ohne Vorankündigung
sind vorbehalten. Die hier gegebenen Informationen sind nach
unserem Wissen zum Zeitpunkt der Erstellung korrekt. Honey­well kann jedoch für deren Verwendung keine Verantwortung
übernehmen.

Honeywell Sensing and Internet of Things

9680 Old Bailes Road
Fort Mill, SC 29707
www.honeywell.com

323131177ML | 7 | 0318
© 2018 Honeywell International Inc. All rights reserved.