

C6N-P111L1

◼lntegrated injection molded housing with high mechanical strength
IP67 High protection
◼Small size , thickness only 16mm , wide applicability
◼The installation is simpIe and convenient
No | ltem | Code | Description | Forced disconnection Yes/No |
① | Serial number | C6N | High precision type | |
② | Shell material | P | Plastic | |
③ | Contact structure and contact materia |
1 | 1NC/1NO | |
④ | Head and drive rod | 4 | Ball swing rod type (metal swing rod,resin ball) | Only NC end has forced disconnection |
5 | Ball swing rod type(metal swing rod,metal ball) | Only NC end has forced disconnection | ||
8 | Adjustable ball swing rod (metal swing rod,resin ball) | Only NC end has forced disconnection | ||
9 | Adjustable ball swing rod (metal swing rod,metal ball) | Only NC end has forced disconnection | ||
11 | Top plunger type | Only NC end has forced disconnection | ||
17 | M12 Top plunger type | Only NC end has forced disconnection | ||
22 | Top plunger horizontal ball (metal ball)type | Only NC end has forced disconnection | ||
23 | Top plunger vertical ball (metal ball)type | Only NC end has forced disconnection | ||
24 | M12 Top plunger horizontal ball (metal ball)type | Only NC end has forced disconnection | ||
25 | M12 Top plunger vertical ball (metal ball)type | Only NC end has forced disconnection | ||
15 | Single-side cantilever ball type(horizontal to right) | Only NC end has forced disconnection | ||
16 | Single-side cantilever ball type(horizontal to left) | Only NC end has forced disconnection | ||
67 | Spring type | None | ||
68 | Metal rod coil spring type | None | ||
69 | Tentacle type | None | ||
66 | Plastic rod type | None | ||
07 | Adjustable rod swing rod type | None | ||
⑤ | Outlet mode | None | Standard type(side outlet) | |
⑥ | Standard type (side outlet) |
None | No line | |
L1~L5 | 1~5m |
International Certification Specifications
certifcation speciications |
speciications |
Document |
CCC |
GB/T14048 . 5 |
please consult the CNTD Representative ofce |
TUV |
IEC60947-5- 1 |
safety specifcation certifcation Rating
CCC(GB/T14048 . 5) 、 TUV(IEC60947-5- 1)
Type and Rating |
AC- 15 1 . 5240v Resistive load DC- 13 0 . 1250v Resistive load |
characteristics
protection leve1 |
IP67 |
|
Life |
Electrica |
More than 500 , 000 times (DC- 13 24v 0 . 125A) , more than 300 , 000 times (AC- 15 240v 1 . 5A) |
operating speed |
1 mm- 0 . 5m/s |
|
operating frequency |
Electrical: 30 operations/min |
|
contact resistance |
Less than 150m Ω (initial value of 1 m cable) , less than 200mΩ (initial value of2m cable) , less than 350m Ω (initial value of5m cable) |
|
nsulation resistance |
100MΩ min . (at 500VDC) |
|
Minimum working load |
1 00mA resistive load below DC24v |
|
Rated insulation voltage (ui) |
400v complies with IEC60947-5- 1 |
|
Electric shock protection grade |
class II (double insuIated) |
|
pollution degree (using conditions) |
pollution degree 3 (IEC60947-5- 1) |
|
withstand voltage (IEC60947-5- 1) |
Between homopolar terminals: 2 . 5kv |
|
Between heterpolar terminals: 4kv |
||
Between terminals and uncharged metal parts: 4kv |
||
contact gap |
Minimum 4*0 . 5mm uick action type |
|
vibration |
Malfunction |
10 ~ 55Hz 1 . 5mm double amplitude |
mpact |
Duration |
1 000 2 |
Malfunction |
300m/s2 |
|
Ambient temperature |
using: -25~ +70℃ (with no icing) |
|
Ambient humidity |
Less than 95% RH |
|
weight |
Approx 140g (c6N-P104L1) , Approx 110g (c6N-P122L1) |
operating characteristics
ModeI |
C6N-P |
111/11 7L1 |
122/123/ 124/125L1 |
115/116L1 |
1 04/115/ 1 07/1 08/1 09L1 |
166/167/ 168/169L1 |
operating Force |
OF(Max. ) |
8 . 5N |
8 . 5N |
7N |
5N |
1 . 5N |
Release Force |
RF(Min. ) |
0 .4N |
0 . 4N |
0 . 4N |
0 .4N |
|
pre-Travel |
PT(Max. ) |
2mm |
2mm |
3mm |
25 。 |
20 ° |
over Trave |
OT(Min. ) |
3mm |
|
|
65 |
|
Movement Diferentia |
MD(Max. ) |
1 mm |
|
1 . 6mm |
12 |
|
operating position |
Op(m m) |
|
|
|
|
|
Total trave1 |
TT |
5mm |
8mm |
|
|
|
Forced disconnected pretravel |
DOT (Min. ) |
4 . 2mm |
4 . 2mm |
6 . 3mm |
7 0 |
|
Forced disconnected f rce |
DOF (Min. ) |
42 . 5N |
42 . 5N |
42 . 5N |
42 . 5N |
The sealing material can lt can spoil. please conirm the actual usage conditions bef re determining the maintenance and replacement time.
please install the switch in a location that will not directly come into contact with chips or dust. It is necessary to ensure that the drive , The
moving rod and switch body will not accumulate cutting chips and mud like substances.
when the switch is subected to continuous vibration and impact, the generated wear powder may cause contact connection poor contact,
abnormal movement , decreased durability and other issues. In addition , if there is excessive vibration And impact, which may cause contact
maIfunction and damage , so please install it in the In a position that will not be subected to vibration and impact, and in a direction that will not
resonate.
The switch has physical contacts .f silicon 9as is present in the environment, the arc energy will cause silicon dioxide (sio2) accumulates on
the contacts , resulting in poor contact.
There issiicone olaround the switch when using silicon illers , silicon wires , and other silicon products , PIease use contact protection circuits to
suppress arcing And eliminate the source of silicon as 9eneration.
operate
The perating method , shape of the cam or stop , operating frequency and overtravel all significantIY afect the ser ice Iife and the accuracy of
the limit switch. Due to this reason , the angle of the stop must be below 30 , the surface roughness of the stop must be above 6 . 3 S , and the
hardness must be Hv 400 to 500 .
To ensure the correct movement of the plunger type drive rod , adjust the stop and cam to the correct setting position. The correct position is the
position where the plunger groove matches the top of the sleeve.
To allow the ba lswing rod type drive rod to move correctIY adjust the stop and cam so that the arrow is positioned between the two protruding marks , as shown below.
on the use of small Load Models
The use of a general load switch in the switching of a small load circuit will cause contact failure.The use of small load type,if the switch willoccur surge current load,will also aggravate the contact consumption,shorten the service life,so please insert the necessary contact protectioncircuit.The minimum applicable load is the N-level reference value.This represents the level of the fault level at a reliability level of 60%(Iλ60).
λ60=0.5x10-6/time indicates that the presumed failure rate is less than 1/2,000,000 at a reliable level of 60%.
precautions for use
switch contacts can be used f r general loads or small loads. However, contacts that have already been connected to general loads cannot be
used to connect sma ler capacity Iads. otherwise , it may lead to roughness of the contact surface and loss of contact reliability.
Mounting hole
plunger type may malfunction due to harsh environments , such as dust or cutting debris causing poor reset. In this case , please use a model
with a rubber cap.
Do not come into contact with water exceeding 70 C Or use under steam .
Tighten each screw to the corresponding toraue according to the tabIe below
Number |
Types of |
correct tightening torque* |
1 |
M4 swing rod mounting screws |
1 . 2~ 1 . 4N · m |
2 |
M4 installation torue |
0 . 6 ~ 0 . 8N · m |
BY removing two screws from the head , the head direction can be rotated 180 ° . when changing the direction of the head Then tighten to the torque speciied above. Be careful not to allow any impurities to enter the switch.