CGF Square Photoelectric Sensors

Description

Square Housing and Sensing Selection

CGF photoelectric sensors offer diffuse, retro-reflective and through-beam arrangements in 30, 50 and 70 housing groups. The DC transistor selection uses NPN or PNP outputs, while the relay selection provides NO+NC contacts. Choose the optical arrangement and range, then the output circuit, supply and mounting format. Product images illustrate housing and sensing arrangements; use the model tables for electrical selection.

Diffuse Transistor Models

Housing groupSensing distanceNPN modelsPNP models
301mCGF30-DC100DNCCGF30-DC100DPC
5030cm, adjustableCGF50-DC30DNA
CGF50-DC30DNB
CGF50-DC30DNC
CGF50-DC30DPA
CGF50-DC30DPB
CGF50-DC30DPC
7050cm, adjustableCGF70-DC50DNA
CGF70-DC50DNB
CGF70-DC50DNC
CGF70-DC50DPA
CGF70-DC50DPB
CGF70-DC50DPC

Retro-Reflective Transistor Models

Housing groupSensing distanceNPN modelsPNP models
303mCGF30-RM3DNCCGF30-RM3DPC
504mCGF50-RM4DNA
CGF50-RM4DNB
CGF50-RM4DNC
CGF50-RM4DPA
CGF50-RM4DPB
CGF50-RM4DPC
705mCGF70-RM5DNA
CGF70-RM5DNB
CGF70-RM5DNC
CGF70-RM5DPA
CGF70-RM5DPB
CGF70-RM5DPC

Through-Beam Transistor Models

Housing groupSensing distanceNPN modelsPNP models
3010mCGF30-TM10DNCCGF30-TM10DPC
50CGF50-TM10DNA
CGF50-TM10DNB
CGF50-TM10DNC
CGF50-TM10DPA
CGF50-TM10DPB
CGF50-TM10DPC
7015mCGF70-TM15DNA
CGF70-TM15DNB
CGF70-TM15DNC
CGF70-TM15DPA
CGF70-TM15DPB
CGF70-TM15DPC

D identifies the 10-30VDC supply, N identifies NPN and P identifies PNP. The final A means NO, B means NC and C means combined NO+NC. The listed CGF30 transistor models have combined outputs; CGF50 and CGF70 offer all three states.

Relay Models

Sensing methodHousing groupRangeRelay modelSupply and output
Diffuse5030cm, adjustableCGF50-DC30SRC24-250VAC/DC; NO+NC relay contacts; 3A specified control-output rating
7050cm, adjustableCGF70-DC50SRC
Retro-reflective504mCGF50-RM4SRC
705mCGF70-RM5SRC
Through-beam5010mCGF50-TM10SRC
7015mCGF70-TM15SRC

S identifies the wide-supply configuration of these SRC models; R identifies the relay and C identifies NO+NC contacts. Separate standard relay supply configurations are also specified at 10-30VDC or 90-250VAC. Choose a complete supply version and verify the contact load and switching conditions for the application.

Reflector Options

ReflectorSelection and model scope
HD02Premium option for transistor retro-reflective models; specified reflector for the listed SRC relay retro-reflective models
HDE02Standard option for the transistor retro-reflective family
HD09Additional reflector listed for CGF30-RM3DNC
HD08Additional reflector listed for CGF50-RM4DNA and CGF70-RM5DNA

Specify the reflector with the sensor and confirm the required working range with the chosen reflector, target and alignment.

Electrical Parameters

ParameterTransistor diffuse/retroTransistor through-beamRelay diffuse/retroRelay through-beam
Operating supply10-30VDC24-250VAC/DC for the listed SRC models; separate standard supply versions use 10-30VDC or 90-250VAC
Consumption currentMaximum 25mAMaximum 40mAMaximum 25mAMaximum 50mA
Control-output ratingMaximum 200mA3A relay output; load conditions are not separately specified
Residual-voltage limitMaximum 1V
Response timeBelow 8.2ms
Standard light sourceInfrared LED, 880nm
Hysteresis3-20%
Protection circuitsSurge and overcurrent protection; reverse-polarity protection for the DC supplySurge protection; reverse-polarity feature applies to separate DC-supply versions

Environmental and Material Specifications

ParameterSpecification
Temperature effectWithin ±10% of sensing distance over -25°C to +55°C, referenced to +20°C. Operating temperature remains -15°C to +55°C.
Insulation resistanceAt least 50MΩ at 500VDC
Dielectric strength1500VAC, 50/60Hz, for 1 minute
Vibration resistance1mm amplitude, 10-55Hz with a 1 minute cycle; 2 hours in each X, Y and Z direction
Shock resistance500m/s², approximately 50G; three shocks in each X, Y and Z direction
IndicatorRed operation LED
Operating temperature-15°C to +55°C, without icing
Storage temperature-15°C to +55°C, without icing
Humidity35-95%RH, without condensation
CaseABS
Sensing surfacePMMA
Cable materialsStandard gray PVC or oil-resistant black PVC where a cable is fitted; alternatives selected separately
Enclosure protectionIP65

Cable Construction

Model groupCableConstruction references
CGF30 transistor modelsØ3.8mm, four conductors for the listed combined outputs, 2m; three-conductor construction is also listed for other configurationsAWG22 designation; 25 strands of Ø0.1mm per conductor; Ø1.25mm insulation outside diameter
CGF50 transistor modelsØ6mm, three or four conductors according to output, 2m; two-conductor construction is listed for separate two-wire configurationsAWG22 designation; 22 strands of Ø0.1mm per conductor; Ø1.25mm insulation outside diameter
CGF50 relay modelsØ6mm, five conductors, 2m
CGF70 modelsCable construction is not specified; select the connection arrangement with the complete model.

Ordering Layout and Options

CGF square photoelectric sensor ordering layout with fourteen positions
Fourteen numbered positions identify the basic sensor and optional configuration selections.
PositionSelectionCodeMeaning and limits
1ClassificationCGPhotoelectric sensor
2ShapeFSquare housing
3Housing group30, 50, 70Housing selections; use actual mounting dimensions below
4VersionOmittedStandard range
5Sensing methodDDiffuse
RRetro-reflective
TThrough-beam
YBackground suppression configuration
6DistanceC10, C30, C50, C10010cm, 30cm, 50cm and 100cm; exact available combinations are listed in the model tables
M1, M3, M4, M5, M10, M151m, 3m, 4m, 5m, 10m and 15m; select with the sensing method and housing
7SupplyA90-250VAC configuration
D10-30VDC
E20-60VDC configuration
S24-250VAC/DC for the listed SRC relay models
8Output circuitNNPN
PPNP
RRelay
KAC two-wire configuration
LDC two-wire configuration
ENPN/PNP configuration
9Output stateANO
BNC
CNO+NC; select with the transistor or relay output circuit
10Light colorOmittedInfrared
RRed
GGreen
BBlue
WWhite
11Light source typeOmittedLED
LLaser-source configuration
SPoint light source configuration
XLine light source configuration
12ConnectionOmittedCable with free leads
MDirect M12 straight four-pin A-coded connector
M plus connector-selection codeM-type cable connector
D plus connector-selection codeDT-type connector
A plus connector-selection codeAMP-type connector
S plus connector-selection codeSM-type connector
13Cable materialOmittedPVC
UPUR
VPShielded PVC
UPShielded PUR
14Cable lengthL1-L5L1 = 1m, through L5 = 5m; other lengths can be specified. Listed cable models use 2m as standard.

Alternative light sources, supplies and connectors require a matching complete configuration. The electrical tables apply to the listed infrared models. A four-pin connector option does not replace a five-conductor relay connection without a matching wiring arrangement.

Mounting Dimensions

Housing groupMethods illustratedDimensionsMounting references
CGF30Diffuse, retro-reflective and through-beam43.41mm by 19.9mm side-view references; 12mm widthØ3.1mm mounting holes with 25.8mm spacing; Ø4.4mm cable-exit reference
CGF5050mm by 50mm face; 18mm thickness40.6mm mounting references in both directions; 5mm offsets; R2.28mm features; LED and adjustment positions shown
CGF7073.77mm by 65.2mm side-view references; 73.8mm top-view length; 25.5mm thicknessTwo Ø4.6mm holes with 40mm spacing; 5.34mm and 9.4mm offsets; additional 15.2mm, 34.2mm and 52.9mm feature locations

Use the attachment to locate the remaining features, cable outlets and adjustment positions.

Standards and Reference Ratings

ReferenceStandardDocumentation
CCCGB/T 14048.10Obtain documents for the exact output circuit and configuration.
TUVEN 60947-5-2
CE
Utilization categoryReference ratingSelection distinction
AC-140200mA at 24-250VACReference category; supply range depends on the selected electrical version
DC-13200mA at 10-30VDCSeparate from the 3A relay-output parameter

Application Conditions

The 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.