Omron produce industrial sensors range such as fiber sensors, photoelectric sensors, displacement sensors/ measurement sensors, proximity sensors, photomicro sensors and rotary encodes.

Features

No Maintenance

[Smart Power Control] Long-term stable detection with no maintenance

Smart Power Control function detects the decrease in light intensity due to LED aged deterioration and the decrease in incident level due to dirt, then automatically compensates the optimum detection condition. You get maintenance-free operation that withstands the ambient environments.

Maintenance-free operation by double compensation of light intensity and incident level

Detect Workpieces compensation without concern for Color and Size

Lighting element GIGA RAY II is equipped that margin of detection on all scenes has been realized

Umparalleled power of GIGA RAY II, with the highest level stably detects large workpieces and low-reflective workpieces such as black rubber whose detection was unstable before.

Maintenance cost is furthermore reduced!
Open network is supported

・Greatly reduce wiring work for Fiber Amplifiers　with zero-line connection.
・You can change settings from an external　device to greatly reduce setup work.
・Connection of multiple units is available.　(E3X-CRT: 16 units, E3X-ECT: 30 units)

Easy

Consistent Settings for All Users [PAT.P]

[Smart Tuning] Easy and optimum settings for anyone

Just press the button once with a workpiece and once without a workpiece to automatically set the optimum incident level and threshold regardless of the workpiece.
The optimum settings can be performed regardless of skills and languages.
The setting dispersion of the Sensors is also eliminated to enable smoothly shifting from trial production to mass production, which contributes to the reduction of introduction cost.

Point

Smart Tuning evolved from the popular power tuning feature of conventional Amplifiers, and yet is easier to use.
It enables easily reproducing stable detection conditions by newcomers or by operators on a site of the factory overseas. The incident level is displayed without modification (0 to 9,999) to make it easier to understand and to provide operators with a sense of ease with the larger numbers.

Let the E3X-HD Help You Save Energy

[Smart Eco Drive] Contribute to energy saving of equipment

The increased power efficiency of the newly developed GIGA RAY II and the new circuit design reduce power consumption by 25% over conventional models. This supports saving energy and power in your equipment. Power consumption of only 720 mW has been realized in operation in Normal Mode. And there are no restrictions to sensing distance and response time.

Point

You can use more Sensors with the same power supply capacity as before.

Lineup

Fiber Amplifier Units

Standard models

Connecting method	Model
Connecting method	NPN output	PNP output
Pre-wired (2 m)	E3X-HD11 2M	E3X-HD41 2M
Wire-saving Connector	E3X-HD6	E3X-HD8
M8 Connector	E3X-HD14	E3X-HD44

Model for Sensor Communications Unit

Model	Applicable Sensor Communications Unit
E3X-HD0	E3X-ECT
E3X-HD0	E3X-CRT

Accessories (sold separately)

Wire-saving connectors (Required for models for Wire-saving Connectors.)

Connectors are not provided with the Fiber Amplifier Unit and must be ordered separately. * Protective stickers: provided.

Type	Cable length	Number of conductors	Model
Master connector	2 m	3	E3X-CN11
Slave connector	2 m	1	E3X-CN12

Sensor I/O Connectors (Required for models with M8 Connectors.)

Connectors are not provided with the Fiber Amplifier Unit and must be ordered separately.

Size	Cable	Cable type		Models
M8	Standard cable	2m	4-wire	XS3F-M421-402-A
		5m		XS3F-M421-405-A
		2m		XS3F-M422-402-A
		5m		XS3F-M422-405-A

Mounting Bracket

A Mounting Bracket is not provided with the Fiber Amplifier Unit and must be ordered separately as required.

Model	Quantity
E39-L143	1

DIN Track

A Din Track is not provided with the Fiber Amplifier Unit and must be ordered separately as required.

Type	Model	Quantity
Shallow type, total length: 1 m	PFP-100N	1
Shallow type, total length: 0.5 m	PFP-50N
Deep type, total length: 1 m	PFP-100N2

End Plate

Two End Plates are provided with the Sensor Communications Unit.
End Plates are not provided with the Fiber Amplifier Unit and must be ordered separately as required.

Model	Quantity
PFP-M	1

Specifications

Ratings and Specifications

Type		Standard			Model for Sensor Communications Unit *1
NPN output		E3X-HD11	E3X-HD6	E3X-HD14	E3X-HD0
PNP output		E3X-HD41	E3X-HD8	E3X-HD44	E3X-HD0
Connecting method		Pre-wired	Wire-saving Connector *2	M8 connector	Communications Unit connector
Light source (wavelength)		Red, 4-element LED (625 nm)
Power supply voltage		12 to 24 VDC ±10%, ripple (P-P) 10% max.			Supplied from the connector through the Sensor Communications Unit
Power consump tion	Normal mode	720 mW max. (Current consumption: 30 mA max. at 24 VDC, 60 mA max. at 12 VDC)
	Eco ON	530 mW max. (Current consumption: 22 mA max. at 24 VDC, 44 mA max. at 12 VDC)
	Eco LO	640 mW max. (Current consumption: 26 mA max. at 24 VDC, 53 mA max.at 12 VDC)			–
Control output		Load power supply voltage: 26.4 VDC max., open- collector output Load current: Groups of 1 to 3 Amplifier Units: 100mA max., Groups of 4 to 16 Amplifier Units: 20mA max. Residual voltage: At load current of less than 10 mA: 1 V max., At load current of 10 to 100 mA: 2 V max. OFF current: 0.1 mA max.			–
Protection circuits		Power supply reverse polarity protection, output short-circuit protection and output reverse polarity protection			Power supply reverse polarity protection and output short- circuit protection
Response time	Super-high-speed mode (SHS) *3	NPN outputs: Operate or reset: 50 μs PNP outputs: Operate or reset: 55 μs			–
	High-speed Mode (HS)	Operate or reset: 250 μs (default setting)
	Standard Mode (STND)	Operate or reset: 1 ms
	Giga-power Mode (GIGA)	Operate or reset: 16 ms
Maximum connectable Units		16 units			with E3X-CRT: 16 units with E3X-ECT: 30 units
Mutual interference prevention		Possible for up to 10 units (optical communications sync) *3
Auto power control (APC)		Always ON
Other functions		Power tuning, differential detection, DPC, timer (OFF-delay, ON-delay, or one-shot), zero reset, resetting settings, and Eco mode
Ambient illumination (Receiver side)		Incandescent lamp: 20,000 lx max., Sunlight: 30,000 lx max.
Ambient temperature range		OOperating: Groups of 1 to 2 Amplifiers: -25 to 55°C, Groups of 3 to 10 Amplifiers: -25 to 50°C, Groups of 11 to 16 Amplifiers: -25 to 45°C Storage: -30 to 70°C (with no icing or condensation)			Operating: Groups of 1 to 2 Amplifiers: 0 to 55°C, Groups of 3 to 10 Amplifiers: 0 to 50°C, Groups of 11 to 16 Amplifiers: 0 to 45°C, Groups of 17 to 30 Amplifiers: 0 to 40°C Storage: -30 to 70°C (with no icing or condensation)
Ambient humidity range		Operating and storage: 35% to 85% (with no condensation)
Insulation resistance		20 MΩ min. (at 500 VDC)
Dielectric strength		1,000 VAC at 50/60 Hz for 1 minute
Vibration resistance (destruction)		10 to 55 Hz with a 1.5-mm double amplitude for 2 hours each in X, Y, and Z directions			10 to 150 Hz with a 0.7-mm double amplitude for 80 minutes each in X, Y, and Z directions
Shock resistance (destruction)		500 m/s² for 3 times each in X, Y, and Z directions			150 m/s² for 3 times each in X, Y, and Z directions
Degree of protection		IEC 60529 IP50 (with Protective Cover attached)			–
Weight (packed state/unit only)		Approx. 105 g/ Approx. 65 g	Approx. 60 g/ Approx. 20 g	Approx. 70 g/ Approx. 25 g	Approx. 65 g/Approx. 25 g
Materials	Case	Polycarbonate (PC)			Heat-resistant ABS (connector: PBT)
	Cover	Polycarbonate (PC)
	Cable	PVC	–
Accessories		Instruction Manual

*1. The E3X-ECT EtherCAT Sensor Communications Unit and the E3X-CRT CompoNet Sensor Communications Unit can be used.
*2. Use either the E3X-CN11 (master connector, 3 conductors) or the E3X-CN12 (slave connector, 1 conductor).
*3. The communications function and mutual interference prevention function are disabled when the detection mode is set to Super-high-speed mode (SHS).
When including E3X-DA-S with activated power tuning, mutual interference prevention is possible for up to 6 units.
When including E3X-MDA with activated power tuning, mutual interference prevention is possible for up to 5 units.

Sensing Distances

Threaded Models

Sensing method	Sensing direction	Size	Model	Sensing distance (mm)
Sensing method	Sensing direction	Size	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	Right-angle	M4	E32-T11N 2M	2,000	1,000	700	280
	Right-angle		E32-LT11N 2M	4,000 *	3,500	2,300	920
	Straight		E32-T11R 2M	2,000	1,000	700	280
			E32-LT11 2M	4,000 *	4,000 *	2,700	1,080
			E32-LT11R 2M	4,000 *	3,500	2,300	920
Reflective	Right-angle	M3	E32-C31N 2M	110	50	46	14
		M3	E32-C21N 2M	290	130	90	39
		M4	E32-D21N 2M	840	350	240	100
		M6	E32-C11N 2M	780	350	320	100
		M6	E32-LD11N 2M	840	350	240	100
	Straight	M3	E32-D21R 2M	140	60	40	16
			E32-C31 2M	330	150	100	44
			E32-C31M 1M	330	150	100	44
		M4	E32-D211R 2M	140	60	40	16
		M6	E32-D11R 2M	840	350	240	100
			E32-CC200 2M	1,400	600	400	180
			E32-LD11 2M	860	360	250	110
			E32-LD11R 2M	840	350	240	100

* The fiber length is 2 m on each side, so the sensing distance is given as 4,000 mm.

Cylindrical Models

Sensing method	Size	Sensing direction	Model	Sensing distance (mm)
Sensing method	Size	Sensing direction	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through- beam	1 dia.	Top-view	E32-T223R 2M	450	250	150	60
	1.5 dia.		E32-T22B 2M	680	400	220	90
	3 dia.		E32-T12R 2M	2,000	1,000	700	280
	3 dia.	Side-view	E32-T14LR 2M	750	450	260	100
Reflective	1.5 dia.	Top-view	E32-D22B 2M	140	60	40	16
	1.5 dia. + 0.5 dia.		E32-D43M 1M	28	12	8	4
	3 dia.		E32-D22R 2M	140	60	40	16
			E32-D221B 2M	300	140	90	40
			E32-D32L 2M	700	300	200	90
	3 dia. + 0.8 dia.		E32-D33 2M	70	30	20	8

Flat Models

Sensing method	Sensing direction	Model	Sensing distance (mm)
Sensing method	Sensing direction	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	Top-view	E32-T15XR 2M	2,000	1,000	700	280
	Side-view	E32-T15YR 2M	750	450	260	100
	Flat-view	E32-T15ZR 2M	750	450	260	100
Reflective	Top-view	E32-D15XR 2M	840	350	240	100
	Side-view	E32-D15YR 2M	200	100	52	24
	Flat-view	E32-D15ZR 2M	200	100	52	24

Sleeve Models

Sensing method	Sensing direction	Model	Sensing distance (mm)
Sensing method	Sensing direction	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	Side-view	E32-T24R 2M	170	100	50	20
	Side-view	E32-T24E 2M	450	250	150	60
	Top-view	E32-T33 1M	150	90	50	20
		E32-T21-S1 2M	510	300	170	68
		E32-TC200BR 2M	2,000	1,000	700	280
Reflective	Side-view	E32-D24R 2M	70	30	20	8
	Side-view	E32-D24-S2 2M	120	53	45	14
	Top-view	E32-D43M 1M	28	12	8	4
		E32-D331 2M	14	6	4	2
		E32-D33 2M	70	30	20	8
		E32-D32-S1 0.5M	63	24	18	7
		E32-D31-S1 0.5M	63	24	18	7
		E32-DC200F4R 2M	140	60	40	16
		E32-D22-S1 2M	250	110	72	30
		E32-D21-S3 2M	250	110	72	30
		E32-DC200BR 2M	840	350	240	100
		E32-D25-S3 2M	250	110	72	30

Small-spot, Reflective Models

Type	Spot diameter	Center distance (mm)	Models	Sensing distance (mm)
Type	Spot diameter	Center distance (mm)	Models	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Variable spot	0.1 to 0.6 dia.	6 to 15	E32-C42 1M+E39-F3A	Spot diameter of 0.1 to 0.6 mm at 6 to 15 mm.
Variable spot	0.3 to 1.6 dia.	10 to 30	E32-C42 1M+E39-F17	Spot diameter of 0.3 to 1.6 mm at 10 to 30 mm.
Parallel light	4 dia.	0 to 20	E32-C31 2M+E39-F3C	Spot diameter of 4 mm max. at 0 to 20 mm.
Parallel light	4 dia.	0 to 20	E32-C31N 2M+E39-F3C	Spot diameter of 4 mm max. at 0 to 20 mm.
Integrated lens	0.1 dia.	5	E32-C42S 1M	Spot diameter of 0.1 mm at 5 mm.
Integrated lens	6 dia.	50	E32-L15 2M	Spot diameter of 6 mm at 50 mm.
Small- spot	0.1 dia.	7	E32-C41 1M+E39-F3A-5	Spot diameter of 0.1 mm at 7 mm.
	0.5 dia.		E32-C31 2M+E39-F3A-5	Spot diameter of 0.5 mm at 7 mm.
	0.5 dia.		E32-C31N 2M+E39-F3A-5	Spot diameter of 0.5 mm at 7 mm.
	0.2 dia.	17	E32-C41 1M+E39-F3B	Spot diameter of 0.2 mm at 17 mm.
	0.5 dia.		E32-C31 2M+E39-F3B	Spot diameter of 0.5 mm at 17 mm.
	0.5 dia.		E32-C31N 2M+E39-F3B	Spot diameter of 0.5 mm at 17 mm.
	3 dia.	50	E32-CC200 2M+E39-F18	Spot diameter of 3 mm at 50 mm.
	3 dia.	50	E32-C11N 2M+E39-F18	Spot diameter of 3 mm at 50 mm.

High-power Beam Models

Type	Sensing direction	Aperture angle	Models	Sensing distance (mm)
Type	Sensing direction	Aperture angle	Models	Giga mode	Standard mode	High- speed mode	Super- high- speed mode
Through-beam models with integrated lens	Right-angle	15°	E32-LT11N 2M	4,000 *2	3,500	2,300	920
	Top-view	10°	E32-T17L 10M	20,000 *1	20,000 *1	20,000 *1	8,000
		15°	E32-LT11 2M	4,000 *2	4,000 *2	2,700	1,080
		15°	E32-LT11R 2M	4,000 *2	3,500	2,300	920
	Side-view	30°	E32-T14 2M	4,000 *2	4,000 *2	4,000 *2	1,800
Through-beam models with lenses	Right-angle	12°	E32-T11N 2M+E39-F1	4,000 *2	4,000 *2	4,000 *2	2,000
	Right-angle	6°	E32-T11N 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	3,600
	Top-view	12°	E32-T11R 2M+E39-F1	4,000 *2	4,000 *2	4,000 *2	2,000
	Top-view	6°	E32-T11R 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	3,600
	Side-view	60°	E32-T11R 2M+E39-F2	1,450	800	500	200
	Top-view	12°	E32-T11 2M+E39-F1	4,000 *2	4,000 *2	4,000 *2	1,860
	Top-view	6°	E32-T11 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	4,000 *2
	Side-view	60°	E32-T11 2M+E39-F2	2,300	1,320	860	320
	Top-view	12°	E32-T51R 2M+E39-F1	4,000 *2	4,000 *2	3,900	1,500
	Top-view	6°	E32-T51R 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	4,000 *2
	Side-view	60°	E32-T51R 2M+E39-F2	1,400	720	500	200
	Top-view	12°	E32-T81R-S 2M+E39-F1	4,000 *2	4,000 *2	2,700	1,000
	Top-view	6°	E32-T81R-S 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	1,800
	Side-view	60°	E32-T81R-S 2M+E39-F2	1,000	550	360	140
	Top-view	12°	E32-T61-S 2M+E39-F1	4,000 *2	4,000 *2	4,000 *2	1,800
	Top-view	6°	E32-T61-S 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	3,100
	Side-view	60°	E32-T61-S 2M+E39-F2	1,680	900	600	240
	Top-view	12°	E32-T51 2M+E39-F1-33	4,000 *2	4,000 *2	2,300	1,400
	Top-view	6°	E32-T51 2M+E39-F16	4,000 *2	4,000 *2	4,000 *2	4,000 *2
Reflective models with integrated lens	Top-view	4°	E32-D16 2M	40 to 2,800	40 to 1,400	40 to 900	40 to 480

*1. The fiber length is 10 m on each side, so the sensing distance is given as 20,000 mm.
*2. The fiber length is 2 m on each side, so the sensing distance is given as 4,000 mm.

Narrow View Models

Sensing method	Sensing direction	Aperture angle	Model	Sensing distance (mm)
Sensing method	Sensing direction	Aperture angle	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	Side-view	1.5°	E32-A03 2M	3,220	1,780	1,200	500
		1.5°	E32-A03-1 2M	3,220	1,780	1,200	500
		3.4°	E32-A04 2M	1,280	680	450	200
		4°	E32-T24SR 2M	4,000 *	2,200	1,460	580
			E32-T24S 2M	4,000 *	2,600	1,740	700
			E32-T22S 2M	4,000 *	3,800	2,500	1,000

* The fiber length is 2 m on each side, so the sensing distance is given as 4,000 mm.

Models for Detection without Background Interference

Sensing method	Sensing direction	Model	Sensing distance (mm)
Sensing method	Sensing direction	Model	Giga mode	Standard mode	High-speed mode	Super-high-speed mode
Limited- reflective	Flat-view	E32-L16-N 2M	0 to 15			0 to 12
	Flat-view	E32-L24S 2M	0 to 4
	Side-view	E32-L25L 2M	5.4 to 9 (center 7.2)

Transparent Object Detection (Retro-reflective Models)

Sensing method	Feature	Size	Models	Sensing distance (mm)
Sensing method	Feature	Size	Models	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Retro- reflective	Film detection	M3	E32-C31 2M +E39-F3R +E39-RP37	250		200	—
	Square	—	E32-R16 5M	150 to 1,500
	Threaded	M6	E32-R21 2M	10 to 250
	Hex-shaped	M6	E32-LR11NP 2M +E39-RP1	1,350	1,200	1,000	550

Transparent Object Detection (Limited-reflective Models)

Sensing method	Feature	Sensing direction	Model	Sensing distance (mm)
Sensing method	Feature	Sensing direction	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Limited- reflective	Small size	Flat-view	E32-L24S 2M	0 to 4
	Standard		E32-L16-N 2M	0 to 15			0 to 12
	Glass substrate alignment, 70°C		E32-A08 2M	10 to 20			—
	Standard/long-distance		E32-A12 2M	12 to 30			—
	Side-view form	Side-view	E32-L25L 2M	5.4 to 9 (center 7.2)
	Glass substrate mapping, 70°C	Top-view	E32-A09 2M	15 to 38			—

Chemical-resistant, Oil-resistant Models

Sensing method	Type	Sensing direction	Model	Sensing distance (mm)
Sensing method	Type	Sensing direction	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through- beam	Oil-resistant	Right-angle	E32-T11NF 2M	4,000 *1	4,000 *1	4,000 *1	2,200
	Chemical/ oil-resistant	Top-view	E32-T12F 2M	4,000 *1	4,000 *1	4,000 *1	1,600
		Top-view	E32-T11F 2M	4,000 *1	4,000 *1	2,600	1,000
		Side-view	E32-T14F 2M	1,400	800	500	200
	Chemical/ oil-resistant at 150°C	Top-view	E32-T51F 2M	4,000 *1	2,800	1,800	700
Reflective	Semiconductors: Cleaning, developing, and etching; 60°C	Top-view	E32-L11FP 5M	8 to 20 mm from tip of lens (Recommended sensing distance: 11 mm), 19 to 31 mm from center of mounting hole A (Recommended sensing distance: 22 mm)
	Semiconductors: Resist stripping; 85°C		E32-L11FS 5M	8 to 20 mm from tip of lens (Recommended sensing distance: 11 mm), 32 to 44 mm from center of mounting hole A (Recommended sensing distance: 35 mm)
	Chemical/ oil-resistant		E32-D12F 2M	— *2	190	130	60
	Chemical- resistant cable		E32-D11U 2M	840	350	240	100

*1. The fiber length is 2 m on each side, so the sensing distance is given as 4,000 mm.
*2. Even if there is no sensing object, the Sensor will detect light that is reflected by the fluororesin.

Bending-resistant Models

Sensing method	Size	Model	Sensing distance (mm)
Sensing method	Size	Model	Giga mode	Standard mode	High-speed mode	Super-high-speed mode
Through-beam	1.5 dia.	E32-T22B 2M	680	400	220	90
	M3	E32-T21 2M	680	400	220	90
	M4	E32-T11 2M	2,500	1,350	900	360
	Square	E32-T25XB 2M	500	300	170	70
Reflective	1.5 dia.	E32-D22B 2M	140	60	40	16
	M3	E32-D21 2M	140	60	40	16
	3 dia.	E32-D221B 2M	300	140	90	40
	M4	E32-D21B 2M	300	140	90	40
	M6	E32-D11 2M	840	350	240	100
	Square	E32-D25XB 2M	240	100	60	30

Heat-resistant Models

Sensing method	Size	Model	Sensing distance (mm)
Sensing method	Size	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	100°C	E32-T51R 2M	1,600	800	560	225
	150°C	E32-T51 2M	2,800	1,500	1,000	400
	200°C	E32-T81R-S 2M	1,000	550	360	140
	350°C	E32-T61-S 2M	1,680	900	600	240
Reflective	100°C	E32-D51R 2M	670	280	190	80
	150°C	E32-D51 2M	1,120	450	320	144
	200°C	E32-D81R-S 2M	420	180	120	54
	300°C	E32-A08H2 2M	10 to 20			—
	300°C	E32-A09H2 2M	20 to 30 (center 25)			—
	350°C	E32-D611-S 2M	420	180	120	54
	350°C	E32-D61-S 2M	420	180	120	54
	400°C	E32-D73-S 2M	280	120	80	36

Area Detection Models

Sensing method	Type	Sensing width	Model	Sensing distance (mm)
Sensing method	Type	Sensing width	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	Area	11 mm	E32-T16PR 2M	3,100	1,700	1,120	440
		11 mm	E32-T16JR 2M	2,750	1,500	960	380
		30 mm	E32-T16WR 2M	4,000	2,600	1,700	680
Reflective	Array	11 mm	E32-D36P1 2M	700	300	200	90

* The fiber length is 2 m on each side, so the sensing distance is given as 4,000 mm.

Liquid-level Detection Models

Sensing method	Tube diameter	Feature	Model	Sensing distance (mm)
Sensing method	Tube diameter	Feature	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Tube- mounting	3.2, 6.4, or 9.5 dia	Stable residual quantity detection	E32-A01 5M	Applicable tube: Transparent tube with a diameter of 3.2, 6.4, or 9.5 mm, Recommended wall thickness: 1 mm
	8 to 10 dia	Mounting at multiple levels	E32-L25T 2M	Applicable tube: Transparent tube with a diameter of 8 to 10 mm, Recommended wall thickness: 1 mm
	No restrictions	Large tubes	E32-D36T 5M	Applicable tube: Transparent tube (no restrictions on diameter)
Liquid contact (heat-resistant up to 200°C)	—	—	E32-D82F1 4M	Liquid-contact type

Vacuum-resistant Models

Sensing method	Heat-resistant temperature	Model	Sensing distance (mm)
Sensing method	Heat-resistant temperature	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Through-beam	120 °C	E32-T51V 1M	720	400	260	100
	120 °C	E32-T51V 1M+E39-F1V	2,000 *	2,000 *	1,360	520
	200 °C	E32-T84SV 1M	1,760	950	640	260

* The fiber length is 1 m on each side, so the sensing distance is given as 2,000 mm.

Models for FPD, Semiconductors, and Solar Cells

Sensing method	Application	Operating temperature	Model	Sensing distance (mm)
Sensing method	Application	Operating temperature	Model	Giga mode	Standard mode	High-speed mode	Super-high- speed mode
Limited- reflective	Glass presence detection	70°C	E32-L16-N 2M	0 to 15			0 to 12
	Glass presence detection	70°C	E32-A08 2M	10 to 20			—
	Glass substrate alignment	300°C	E32-A08H2 3M	10 to 20			—
	Glass substrate alignment	70°C	E32-A12 2M	12 to 30			—
	Glass substrate mapping	70°C	E32-A09 2M	15 to 38			—
	Glass substrate mapping	300°C	E32-A09H2 2M	20 to 30 (center 25)			—
	Wet processes: Cleaning, Resist developing and etching	60°C	E32-L11FP 5M	8 to 20 mm from tip of lens (Recommended sensing distance: 11 mm), 19 to 31 mm from center of mounting hole A (Recommended sensing distance: 22 mm)
	Wet process: Resist stripping	85°C	E32-L11FS 5M	8 to 20 mm from tip of lens (Recommended sensing distance: 11 mm), 32 to 44 mm from center of mounting hole A (Recommended sensing distance: 35 mm)
Through- beam	Wafer mapping	70°C	E32-A03 2M	3,220	1,780	1,200	500
			E32-A03-1 2M	3,220	1,780	1,200	500
			E32-A04 2M	1,280	680	450	200
			E32-T24SR 2M	4,000 *	2,200	1,460	580
			E32-T24S 2M	4,000 *	2,600	1,740	700