CRY Capacitive Proximity Sensors

Description

Capacitive Sensing and Output Selection

These cylindrical capacitive proximity sensors use plastic housings in M12, M18 and M30 sizes. Select the sensing distance and working range together, then choose the supply and output circuit. The DC range includes NPN and PNP versions with normally open, normally closed or combined outputs, subject to the model combinations below. AC versions use a two-wire output. A red LED indicates operation.

DC Model Selection

ModelsHousingSensing distanceSetting distanceSupplyOutput options
CRY12-02DNA
CRY12-02DNB
CRY12-02DPA
CRY12-02DPB
M122mm0-1.4mm10-30VDCNPN or PNP; NO or NC; three-wire
CRY12-04DNA
CRY12-04DNB
CRY12-04DPA
CRY12-04DPB
4mm0-2.8mm
CRY18-05DNA
CRY18-05DNB
CRY18-05DNC
CRY18-05DPA
CRY18-05DPB
CRY18-05DPC
M185mm0-3.5mmNPN or PNP; NO, NC or NO+NC; three-wire for NO/NC, four-wire for combined outputs
CRY18-08DNA
CRY18-08DNB
CRY18-08DNC
CRY18-08DPA
CRY18-08DPB
CRY18-08DPC
8mm0-5.6mm
CRY30-10DNA
CRY30-10DNB
CRY30-10DNC
CRY30-10DPA
CRY30-10DPB
CRY30-10DPC
M3010mm0-7mm
CRY30-15DNA
CRY30-15DNB
CRY30-15DNC
CRY30-15DPA
CRY30-15DPB
CRY30-15DPC
15mm0-10.5mm

In the suffix, D identifies the DC supply, N identifies NPN and P identifies PNP. The final A means NO, B means NC and C means NO+NC. Combined-output M12 models are not included in this selection.

AC Two-Wire Model Selection

ModelsHousingSensing distanceSetting distanceSupplyOutput
CRY12-08AKA
CRY12-08AKB
M125mm0-3.5mm90-250VACAC two-wire; final A = NO, final B = NC
CRY18-08AKA
CRY18-08AKB
M188mm0-5.6mm
CRY30-10AKA
CRY30-10AKB
M3010mm0-7mm
CRY30-15AKA
CRY30-15AKB
15mm0-10.5mm

The AC M12 models CRY12-08AKA and CRY12-08AKB use the 5mm sensing distance and 0-3.5mm setting range shown above. Select them by these model-specific values.

Electrical and Environmental Parameters

ParameterDC modelsAC models
HysteresisMaximum 10% of sensing distance
Response frequency50Hz; measurement conditions are not specified
Leakage currentMaximum 10mA
Residual voltageMaximum 1VMaximum 10V
Control outputMaximum 200mA
Temperature effectWithin ±10% of sensing distance over -25°C to +60°C, referenced to +20°C
Insulation resistanceAt least 50MΩ at 500VDC
Dielectric strength1500VAC, 50/60Hz, for 1 minute
Vibration resistance1mm amplitude, 10-55Hz with a 1 minute frequency cycle; 2 hours in each X, Y and Z direction
Shock resistance500m/s², approximately 50G; three shocks in each X, Y and Z direction
Operation indicatorRed LED
Operating temperature-25°C to +60°C, without icing
Storage temperature-30°C to +80°C, without icing
Ambient humidity35-95%RH, without condensation
Protection circuitsSurge, reverse polarity and overcurrent protectionSurge protection
Housing and sensing surfaceABS case and nut; PBT sensing surface
WasherPlasticNot separately specified
Cable materials and colorsStandard gray PVC cable; oil-resistant black PVC cable. Optional PUR and shielded constructions are selected separately.
Enclosure protectionIP65

Cable Construction

Model groupStandard cableConstruction references
M12 DC modelsØ3.8mm, three conductors, 2mAWG22 designation; 25 strands of Ø0.1mm per conductor; insulation outside diameter Ø1.25mm
M18 and M30 DC modelsØ4.8mm, three or four conductors according to output configuration, 2mAWG22 designation; 30 strands of Ø0.1mm per conductor; insulation outside diameter Ø1.25mm
AC two-wire modelsØ4.8mm, two conductors, 2m

Housing, Connection and Cable Options

CRY capacitive sensor ordering code with twelve numbered positions
The numbered positions identify the ordering segments explained below. Blank boxes denote configurable positions.
PositionOptionCodeMeaning and applicability
1ClassificationCRCapacitive proximity sensor
2Housing shapeYCylindrical plastic housing
YMCylindrical copper-tube housing configuration; obtain its matching dimensions before selection
3Housing size12, 18, 30M12, M18 and M30 respectively
4Product typeOmittedStandard form
5Thread lengthOmittedNormal thread
LLong-thread option; obtain the corresponding dimensions
6Distance selections02, 04, 05, 08, 10, 15Common DC distance selections are 2mm, 4mm, 5mm, 8mm, 10mm and 15mm. The exact model tables govern availability and the AC M12 exception.
7SupplyD10-30VDC
A90-250VAC operating supply
8Output circuitNNPN DC output
PPNP DC output
KAC two-wire output
9Output stateANormally open
BNormally closed
CCombined NO+NC, for the listed M18 and M30 DC models
10Connection formOmittedCable with free lead end
MDirect M12 straight four-pin, A-coded connector
M plus connector-selection codeM-type cable connector configuration
D plus connector-selection codeDT-type connector configuration
A plus connector-selection codeAMP-type connector configuration
S plus connector-selection codeSM-type connector configuration
11Cable materialOmittedPVC
UPUR
VPShielded PVC
UPShielded PUR
12Cable lengthOmittedDirect M-connector body connection
L1-L51m to 5m, with L1 meaning 1m; other lengths can be specified

Specify the complete connector-selection code and verify the connector, cable and output combination for the chosen model.

Reference Standards and Utilization Ratings

Reference designationStandardDocumentation
CCCGB/T 14048.10Check documentation for the exact model and configuration.
TUVEN 60947-5-2
CE
Utilization categoryReference ratingOperating-supply requirement
AC-140200mA at 24-250VACUse the model's 90-250VAC operating range
DC-13200mA at 10-30VDC10-30VDC

Dimensions for the Illustrated Plastic Models

ModelLength referencesBody and nut referencesAdditional details
CRY12-0462.71mm overall; 55mm body reference11.7mm body reference; 17.2mm nut span3.6mm feature dimensions; LED and VR adjustment positions shown in the drawing
CRY18-0865.3mm overall; 55mm reference18.44mm body reference; 22.53mm nut span3.5mm and 4.5mm feature dimensions
CRY30-1067mm overall; 60mm reference30.8mm body reference; 37.58mm nut span4.5mm and 5.5mm feature dimensions

Use the attachment to identify each dimension's feature and view. Long-thread and alternative housing configurations require their corresponding drawings.

Application Conditions

These sensors are intended for ordinary industrial control. Nuclear, gas or power systems requiring exceptional reliability, personal-safety functions, harsh outdoor or contaminated environments, fire or explosion hazards, military use and aerospace require a specifically designed and confirmed configuration.