Safety Light Curtain Type 2 SF2B Ver.2 (Discontinued Products)

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Discontinued Products
Specifications
Dimensions
Circuit/ Wiring
Cautions For Use

Ⅾiscontinued

Last time buy (JST)

September 30, 2022

We are sorry, the products have been discontinued.
Please refer to the details of the discontinued products and the recommended substitutes list below.

------------------------------ Tab1 showing ------------------------------

Discontinued Products

[Note]
The following applicable products and options are available continuously.

Extension cable

Type			Model No.	Description
8-core cable	With connectors on both ends	For emitter	SFB-CCJ10E	Cable length: 10 m 32.808 ft Net weight: 580 g approx. (1 cable)	Used for cable extension or connecting to the SF-C11 control unit. One each for emitter and receiver Cable outer diameter: ø6 mm ø0.236 in Connector outer diameter: ø14 mm ø0.551 in max. Cable color: Gray (for emitter), Gray with black line (for receiver) Connector color: Gray (for emitter), Black (for receiver) The min. bending radius: R6 mm R0.236 in
8-core cable	With connectors on both ends	For receiver	SFB-CCJ10D	Cable length: 10 m 32.808 ft Net weight: 600 g approx. (1 cable)

Spare parts (Accessories for safety light curtain)

Designation	Model No.	Description
Intermediate supporting bracket (Note)	MS-SF2B-2	Used to mount the safety light curtain on the intermediate position. Mounting is possible behind or at the side of the safety light curtain.

Note:

Depending on the product, the required set number will vary as follows.
1 set: SF2B-H□・・・Safety Light curtain with 40 to 56 beam channels, SF2B-A□・・・Safety Light curtain with 20 to 28 beam channels
2 sets: SF2B-H□・・・Safety Light curtain with 64 to 80 beam channels, SF2B-A□・・・Safety Light curtain with 32 to 40 beam channels
3 sets: SF2B-H□・・・Safety Light curtain with 88 to 96 beam channels, SF2B-A□・・・Safety Light curtain with 44 to 48 beam channels

Control units

Designation	Model No.	Description
Designation	Model No.	Applicable cable
Connector connection type control unit	SF-C11	SF2B-CB□ SFB-CCJ10□	Use 8-core cable with connector to connect to the safety light curtain. Compatible with up to Control Category 4 (Control Category 2 when used together with the SF2B series).
Slim type control unit	SF-C13	SF2B-CCB□ SFB-CC□	Use a discrete wire cable to connect to the safety light curtain. Compatible with up to Control Category 4 (Control Category 2 when used together with the SF2B eries).

Note: Refer to the exclusive control units SF-C10 series pages for the control units.

Corner mirror

Applicable beam channels		Corner mirror
Hand	Arm / Foot	Model No.	Dimensions of effective reflective surface
8	4	RF-SFBH-8	173 × 72 mm 6.811 × 2.835 in
12	6	RF-SFBH-12	236 × 72 mm 9.291 × 2.835 in
16	8	RF-SFBH-16	316 × 72 mm 12.441 × 2.835 in
20	10	RF-SFBH-20	396 × 72 mm 15.591 × 2.835 in
24	12	RF-SFBH-24	476 × 72 mm 18.740 × 2.835 in
28	14	RF-SFBH-28	556 × 72 mm 21.890 × 2.835 in
32	16	RF-SFBH-32	636 × 72 mm 25.039 × 2.835 in
36	18	RF-SFBH-36	716 × 72 mm 28.190 × 2.835 in
40	20	RF-SFBH-40	796 × 72 mm 31.339 × 2.835 in
48	24	RF-SFBH-48	956 × 72 mm 37.638 × 2.835 in
56	28	RF-SFBH-56	1,116 × 72 mm 43.937 × 2.835 in
64	32	RF-SFBH-64	1,276 × 72 mm 50.236 × 2.835 in
72	36	RF-SFBH-72	1,436 × 72 mm 56.535 × 2.835 in
80	40	RF-SFBH-80	1,596 × 72 mm 62.835 × 2.835 in
88	44	RF-SFBH-88	1,756 × 72 mm 69.134 × 2.835 in
96	48	RF-SFBH-96	1,916 × 72 mm 75.433 × 2.835 in

Note:The model Nos. given above denote a single unit, not a pair of units. 2 units are required for use in mounting to the emitter / receiver. (Except for corner mirror)

Designation	Model No.	Description
Large display unit for safety light curtain	SF-IND-2	With the auxiliary output of the safety light curtain, the operation is easily observable from various directions.

Recommended safety relay

SF relay, slim type
SF series

Note：Please contactour sales officefor details on the recommended products.

Type	With LED indicator
Model No.	SFS3-L-DC24V	SFS4-L-DC24V
Part No.	AG1S132	AG1S142
Contact arrangement	3a1b	4a2b
Rated nominal switching capacity	6A／250V AC、6A／30V DC
Min. switching capacity	1mA／5V DC
Coil rating	15mA／24V DC	20.8mA／24V DC
Rated power consumption	360mW	500mW
Operation time	20ms or less
Release time	20ms or less
Ambient temperature	-40 to +85 ℃ -40 to + 185 ℉ (Humidity: 5 to 85 % RH)
Applicable certifications	UL/c-UL, TÜV, Korea S-mark

------------------------------ Tab2 showing ------------------------------

Specifications

Individual specifications

SF2B-H□ Hand protection type

Type		Min. sensing object ø27 mm ø1.063 in type (20 mm 0.787 in beam pitch)
Model No.	NPN output	SF2B-H8-N	SF2B-H12-N	SF2B-H16-N	SF2B-H20-N
Model No.	PNP output	SF2B-H8-P	SF2B-H12-P	SF2B-H16-P	SF2B-H20-P
Number of beam channels		8	12	16	20
Beam pitch		20 mm 0.787 in
Protective height		168 mm 6.614 in	232 mm 9.134 in	312 mm 12.283 in	392 mm 15.433 in
Current consumption		Emitter：40 mA or less Receiver：50 mA or less		Emitter：40 mA or less Receiver：60 mA or less
PFH_D	NPN output	6.24×10^-9	6.44×10^-9	6.58×10^-9	6.77×10^-9
PFH_D	PNP output	6.04×10^-9	6.23×10^-9	6.37×10^-9	6.57×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		170 g approx.	280 g approx.	400 g approx.	510 g approx.

Type		Min. sensing object ø27 mm ø1.063 in type (20 mm 0.787 in beam pitch)
Model No.	NPN output	SF2B-H24-N	SF2B-H28-N	SF2B-H32-N	SF2B-H36-N
Model No.	PNP output	SF2B-H24-P	SF2B-H28-P	SF2B-H32-P	SF2B-H36-P
Number of beam channels		24	28	32	36
Beam pitch		20 mm 0.787 in
Protective height		472 mm 18.583 in	552 mm 21.732 in	632 mm 24.882 in	712 mm 28.031 in
Current consumption		Emitter：50 mA or less Receiver：70 mA or less		Emitter：50 mA or less Receiver：80 mA or less
PFH_D	NPN output	6.91×10^-9	7.10×10^-9	7.24×10^-9	7.44×10^-9
PFH_D	PNP output	6.71×10^-9	6.90×10^-9	7.04×10^-9	7.23×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		610 g approx.	720 g approx.	830 g approx.	930 g approx.

Type		Min. sensing object ø27 mm ø1.063 in type (20 mm 0.787 in beam pitch)
Model No.	NPN output	SF2B-H40-N	SF2B-H48-N	SF2B-H56-N	SF2B-H64-N
Model No.	PNP output	SF2B-H40-P	SF2B-H48-P	SF2B-H56-P	SF2B-H64-P
Number of beam channels		40	48	56	64
Beam pitch		20 mm 0.787 in
Protective height		792 mm 31.181 in	952 mm 37.480 in	1,112 mm 43.779 in	1,272 mm 50.079 in
Current consumption		Emitter：60 mA or less Receiver：90 mA or less		Emitter：65 mA or less Receiver：110 mA or less
PFH_D	NPN output	7.58×10^-9	7.91×10^-9	8.24×10^-9	8.58×10^-9
PFH_D	PNP output	7.37×10^-9	7.71×10^-9	8.04×10^-9	8.37×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		1,000 g approx.	1,300 g approx.	1,500 g approx.	1,700 g approx.

Type		Min. sensing object ø27 mm ø1.063 in type (20 mm 0.787 in beam pitch)
Model No.	NPN output	SF2B-H72-N	SF2B-H80-N	SF2B-H88-N	SF2B-H96-N
Model No.	PNP output	SF2B-H72-P	SF2B-H80-P	SF2B-H88-P	SF2B-H96-P
Number of beam channels		72	80	88	96
Beam pitch		20 mm 0.787 in
Protective height		1,432 mm 56.378 in	1,592 mm 62.677 in	1,752 mm 68.976 in	1,912 mm 75.275 in
Current consumption		Emitter：70 mA or less Receiver：130 mA or less		Emitter：80 mA or less Receiver：150 mA or less
PFH_D	NPN output	8.91×10^-9	9.24×10^-9	9.58×10^-9	9.91×10^-9
PFH_D	PNP output	8.71×10^-9	9.04×10^-9	9.37×10^-9	9.71×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		1,900 g approx.	2,100 g approx.	2,300 g approx.	2,500 g approx.

Notes:
Where measurement conditions have not been specified precisely, the conditions used were an ambient temperature of +20 ℃ +68 ℉.
PFH_D: Probability of dangerous failure per hour, MTTF_D: Mean time to dangerous failure (in years)

SF2B-A□ Arm / Foot protection type

Type		Min. sensing object ø47 mm ø1.850 in type (40 mm 1.575 in beam pitch)
Model No.	NPN output	SF2B-A4-N	SF2B-A6-N	SF2B-A8-N	SF2B-A10-N
Model No.	PNP output	SF2B-A4-P	SF2B-A6-P	SF2B-A8-P	SF2B-A10-P
Number of beam channels		4	6	8	10
Beam pitch		40 mm 1.575 in
Protective height		168 mm 6.614 in	232 mm 9.134 in	312 mm 12.283 in	392 mm 15.433 in
Current consumption		Emitter: 35 mA or less Receiver: 45 mA or less		Emitter: 35 mA or less Receiver: 50 mA or less
PFH_D	NPN output	6.11×10^-9	6.23×10^-9	6.30×10^-9	6.42×10^-9
PFH_D	PNP output	5.90×10^-9	6.03×10^-9	6.10×10^-9	6.22×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		170 g approx.	280 g approx.	400 g approx.	510 g approx.

Type		Min. sensing object ø47 mm ø1.850 in type (40 mm 1.575 in beam pitch)
Model No.	NPN output	SF2B-A12-N	SF2B-A14-N	SF2B-A16-N	SF2B-A18-N
Model No.	PNP output	SF2B-A12-P	SF2B-A14-P	SF2B-A16-P	SF2B-A18-P
Number of beam channels		12	14	16	18
Beam pitch		40 mm 1.575 in
Protective height		472 mm 18.583 in	552 mm 21.732 in	632 mm 24.882 in	712 mm 28.031 in
Current consumption		Emitter: 40 mA or less Receiver: 55 mA or less		Emitter: 40 mA or less Receiver: 60 mA or less
PFH_D	NPN output	6.49×10^-9	6.62×10^-9	6.69×10^-9	6.81×10^-9
PFH_D	PNP output	6.29×10^-9	6.41×10^-9	6.48×10^-9	6.61×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		610 g approx.	720 g approx.	830 g approx.	930 g approx.

Type		Min. sensing object ø47 mm ø1.850 in type (40 mm 1.575 in beam pitch)
Model No.	NPN output	SF2B-A20-N	SF2B-A24-N	SF2B-A28-N	SF2B-A32-N
Model No.	PNP output	SF2B-A20-P	SF2B-A24-P	SF2B-A28-P	SF2B-A32-P
Number of beam channels		20	24	28	32
Beam pitch		40 mm 1.575 in
Protective height		792 mm 31.181 in	952 mm 37.480 in	1,112 mm 43.779 in	1,272 mm 50.079 in
Current consumption		Emitter: 45 mA or less Receiver: 65 mA or less		Emitter: 50 mA or less Receiver: 75 mA or less
PFH_D	NPN output	6.88×10^-9	7.08×10^-9	7.27×10^-9	7.46×10^-9
PFH_D	PNP output	6.68×10^-9	6.87×10^-9	7.07×10^-9	7.26×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		1,000 g approx.	1,300 g approx.	1,500 g approx.	1,700 g approx.

Type		Min. sensing object ø47 mm ø1.850 in type (40 mm 1.575 in beam pitch)
Model No.	NPN output	SF2B-A36-N	SF2B-A40-N	SF2B-A44-N	SF2B-A48-N
Model No.	PNP output	SF2B-A36-P	SF2B-A40-P	SF2B-A44-P	SF2B-A48-P
Number of beam channels		36	40	44	48
Beam pitch		40 mm 1.575 in
Protective height		1,432 mm 56.378 in	1,592 mm 62.677 in	1,752 mm 68.976 in	1,912 mm 75.275 in
Current consumption		Emitter: 55 mA or less Receiver: 85 mA or less		Emitter: 60 mA or less Receiver: 95 mA or less
PFH_D	NPN output	7.66×10^-9	7.85×10^-9	8.05×10^-9	8.24×10^-9
PFH_D	PNP output	7.46×10^-9	7.65×10^-9	7.84×10^-9	8.04×10^-9
MTTF_D		100 years or more
Net weight (total of emitter and receiver)		1,900 g approx.	2,100 g approx.	2,300 g approx.	2,500 g approx.

Common specifications

Type		Min. sensing object ø27 mm ø1.063 in type (20 mm 0.787 in beam pitch)		Min. sensing object ø47 mm ø1.850 in type (40 mm 1.575 in beam pitch)
Type		NPN output	PNP output	NPN output	PNP output
Model No.		SF2B-H□-N	SF2B-H□-P	SF2B-A□-N	SF2B-A□-P
Applicable standards	International standard	IEC 61496-1/2 (Type 2), ISO 13849-1 (Category 2, PLc), IEC 61508-1 to 7 (SIL1)
	Japan	JIS B 9704-1/2 (Type 2), JIS B 9705-1 (Category 2), JIS C 0508-1(SIL1)
	Europe (EU)	EN 61496-1 (Type 2), EN 55011
	North America	UL 61496-1/2 (Type 2), UL 508, UL 1998 (Class 1), CSA C22.2 No.14, CSA C22.2 No.0.8, OSHA 1910.212 (Note 3), OSHA 1910.217 (C) (Note 3), ANSI B11.1 to B11.19, ANSI/RIA 15.06
CE marking directive compliance		Machinery Directive, EMC Directive, RoHS Directive
Operating range		0.2 to 13 m 0.656 to 42.651 ft (0.2 to 5 m 0.656 to 16.404 ft when using the SF2B-CB05-B adapter cable)
Min. sensing object		ø27 mm ø1.063 in opaque object		ø47 mm ø1.850 in opaque object
Effective aperture angle		±5°or less [for an operating range exceeding 3 m 9.843 ft (conforming to IEC 61496-2 / UL 61496-2)]
Supply voltage		24 V DC ±15 % Ripple P-P 10 % or less
Control outputs (OSSD 1, OSSD 2)		<NPN output type> NPN open-collector transistor ・ Max. sink current: 200 mA ・ Applied voltage: same as supply voltage [between the control outputs (OSSD 1, OSSD 2) and 0 V] ・ Residual voltage: 2.0 V or less (sink current 200 mA) (when using 30.5 m 100.066 ft length cable) <PNP output type> PNP open-collector transistor ・ Max. source current: 200 mA ・ Applied voltage: same as supply voltage [between the control outputs (OSSD 1, OSSD 2) and +V] ・ Residual voltage: 2.5 V or less (sink current 200 mA) (when using 30.5 m 100.066 ft length cable)
	Operation mode	ON when all beam channels are received, OFF when one or more beam channels are interrupted (OFF also in case of any malfunction in the safety light curtain or the synchronization signal)
	Protection circuit	Incorporated
Response time		OFF response: 15 ms or less, ON response: 40 to 60 ms
Auxiliary output (Aux) (Note 4)		<NPN output type> NPN open-collector transistor ・ Max. sink current: 60 mA ・ Applied voltage: same as supply voltage [between the auxiliary output and 0 V] ・ Residual voltage: 2.0 V or less (sink current 60 mA) (when using 30.5 m 100.066 ft length cable) <PNP output type> PNP open-collector transistor ・ Max. source current: 60 mA ・ Applied voltage: same as supply voltage [between the auxiliary output and +V] ・ Residual voltage: 2.5 V or less (sink current 60 mA) (when using 30.5 m 100.066 ft length cable)
	Operation mode	When using SF2B-CCB□ or SF2B-CB□: OFF when OSSD ON, ON when OSSD OFF When using SF2B-CB05-A: ON during normal operation, OFF when there is a problem with emitter operation or emission is halted
	Protection circuit	Incorporated
Synchronization method		Cable synchronization (optical synchronization when using SF2B-CB05-B)
Interference prevention function		Incorporated ・ Series connection: 3 sets max. (Total 128 beam channels). (However, SF2B-A□ allows up to a total of 96 beam channels when two sets are connected, and up to 64 beam channels when three sets are connected). (Note 5) SF2B-H□ and SF2B-A□ can be used together. (Note 6) [When using SF2B-CB05-B (optical synchronization): ・ Series connection: 3 sets max. (Total 128 beam channels). (However, SF2B-A□ allows up to a total of 96 beam channels when two sets are connected, and up to 64 beam channels when three sets are connected). (Note 5) ・ Parallel connection: 2 sets max. ・ Series and parallel mixed connection: Series connection of 3 sets max. and parallel connection of 2 sets max. are simultaneously possible. SF2B-H□ and SF2B-A□ can be used together. (Note 6)]
Emission halt function		Incorporated
External device monitoring function		Incorporated
Degree of protection		IP65 (IEC) (*IP67 is later than Ver.2)
Ambient temperature		–10 to +55 ℃ +14 to +131 ℉ (No dew condensation or icing allowed), Storage: –25 to +70 ℃ –13 to +158 ℉
Ambient humidity		30 to 85 % RH, Storage: 30 to 95 % RH
Ambient illuminance		Incandescent light: 3,500 lx or less at the light-receiving face
Dielectric strength voltage		1,000 V AC for one min. between all supply terminals connected together and enclosure
Insulation resistance		20 MΩ, or more, with 500 V DC megger between all supply terminals connected together and enclosure
Vibration resistance		10 to 55 Hz frequency, 0.75 mm 0.030 in double amplitude in X, Y and Z directions for two hours each
Shock resistance		300 m/s² acceleration (30 G approx.) in X, Y and Z directions for three times each
Emitting element		Infrared LED (Peak emission wavelength: 870 nm 0.034 mil)
Cable extension		Extension up to total 30.5 m 100.066 ft is possible for both emitter and receiver, with optional mating cables.
Connecting method		Connector
Material		Enclosure: Aluminum, Upper and lower edges : Die-cast zinc alloy, Inner case: Polycarbonate · Polyester resin, Cap: PBT
Accessories		MS-SF2B-2 (Intermediate supporting bracket): (Note 7) SF2B-TR27 (Test rod): 1 No.		MS-SF2B-2 (Instermediate supporting bracket): (Note 7)

Notes:
1) Where measurement conditions have not been specified precisely, the conditions used were an ambient temperature of + 20 ℃ + 68 ℉.
2) Due to revisions of safety light curtain standards (Electro-sensitive protective equipment), type 2 safety light curtains are limited to PLc and SIL1regarding PL and SIL standards.
3) Not compatible when using the bottom cap cable SF2B-CB05-A.
4) When using auxiliary output (AUX), the compatible cable SF2B-CB05-B (sold separately) cannot be used.
5) SF2B-H8-□ and SF2B-A4-□ cannot be connected in series.
6) When making series connection mixing SF2B-H□ and SF2B-A□, calculate by doubling the number of optical axes only for SF2B-A□, and make the total number of optical axes fall below 128 axes.
(e.g.) When making series connection with SF2B-H36 and SF2B-A44, the total number of optical axes will be 124 axes. The number of optical axes for
SF2B-H36 + (number of optical axes for SF2B-A44 x 2) = total number of optical axes. 36 optical axes + (44 optical axes x 2) = 124 optical axes.
7) Intermediate supporting bracket MS-SF2B-2 is included with the following products. The number included varies as follows depending on the product.
[1 set]
SF2B-H□・・・Light curtain with 40 to 56 beam channels
SF2B-A□・・・Light curtain with 20 to 28 beam channels
[2 sets]
SF2B-H□・・・Light curtain with 64 to 80 beam channels
SF2B-A□・・・Light curtain with 32 to 40 beam channels
[3 sets]
SF2B-H□・・・Light curtain with 88 to 96 beam channels
SF2B-A□・・・Light curtain with 44 to 48 beam channels

Laser alignment tool

Model No.	SF-LAT-2B
Supply voltage	3 V
Battery	1.5 V (AA size battery) x 2 pcs. (replaceable)(Note 2)
Battery lifetime	30 hours approx. of continuous operation (Manganese battery, at +25 ℃ +77 ℉ ambient temperature)
Light source	Red semiconductor laser: class 2 (IEC / JIS / FDA) (Max. output: 1 mW, Peak emission wavelength: 650 nm 0.026 mil)
Ambient temperature	0 to +40 ℃ +32 to +104 ℉ (No dew condensation)
Material	ABS (Enclosure) Aluminum (Mounting part:)
Weight	Net weight: 150 g approx. (without batteries)

Notes:

1) Where measurement conditions have not been specified precisely, the conditions used were an ambient temperature of +20 ℃ +68 ℉.

2) LR6 dry cell batteries are not provided with the product. Please purchase them separately.

Large display unit for light curtain

Model No.	SF-IND-2
Supply voltage	24 V DC ±15 %
Current consumption	12 mA or less
Indicators	Orange LED (8 pcs. used)[Light up when external contact is ON]
Ambient temperature	–10 to +55 ℃ +14 to +131 ℉ (No dew condensation or icing allowed)
Material	POM (Enclosure) Polycarbonate (Cover) Cold rolled carbon steel (SPCC) (Bracket)
Cable	0.3 mm² 2-core cabtyre cable, 3 m 9.843 ft long
Net weight	70 g approx. (including bracket)

Corner mirror

Model No.	RF-SFBH-□
Sensing range	With one corner mirror: declined to 90 %, With two corner mirrors: declined to 80 % (When used in combination with the SF2B series)
Ambient temperature	–10 to +55 ℃ +14 to +131 ℉ (No dew condensation or icing allowed), Storage: –25 to +70 ℃ –13 to +158 ℉
Ambient humidity	30 to 85 % RH, Storage: 30 to 95 % RH
Vibration resistance	10 to 55 Hz frequency, 0.75 mm 2.953 in amplitude in X, Y and Z directions for two hours each
Shock resistance	300 m/s² acceleration (30 G approx.) in X, Y and Z directions for three times each
Material	Enclosure: Aluminum, Mounting bracket: Stainless Steel, Mirror (rear surface mirror): Glass, Side cover: EPDM
Accessories	Intermediate supporting bracket: 1 set (RF-SFBH-40/48/56/64), 2 sets (RF-SFBH-72/80/88/96)

Note : Where measurement conditions have not been specified precisely, the conditions used were an ambient temperature of +20 ℃ +68 ℉.

------------------------------ Tab3 showing ------------------------------

Dimensions

Unit: mm in

SF2B-□
SF2B-□SL

Safety light curtain, Sub-sensor for series connection only

Assembly dimensions

Mounting drawing for the safety light curtains using the standard mounting brackets MS-SF2B-1 (optional) and the intermediate supporting brackets MS-SF2B-2(accessory for safety light curtain).

Notes:

1) The MS-SF2B-2 intermediate supporting bracket is provided as an accessory with this product. The number of accessories provided varies depending on the product.

2) An end cap (connector for series connection) is not provided for the SF2B-H8(SL)(-□) and SF2B-A4(SL)(-□).

Model No.		A	B	C	D	E	F
SF2B-H8(SL)(-□)	SF2B-A4(SL)(-□)	168 6.614	207 8.150	223 8.780	-	-	-
SF2B-H12(SL)(-□)	SF2B-A6(SL)(-□)	232 9.134	270 10.630	286 11.260	-	-	-
SF2B-H16(SL)(-□)	SF2B-A8(SL)(-□)	312 12.283	350 13.780	366 14.409	-	-	-
SF2B-H20(SL)(-□)	SF2B-A10(SL)(-□)	392 15.433	430 16.929	446 17.559	-	-	-
SF2B-H24(SL)(-□)	SF2B-A12(SL)(-□)	472 18.583	510 20.079	526 20.709	-	-	-
SF2B-H28(SL)(-□)	SF2B-A14(SL)(-□)	552 21.732	590 23.228	606 23.858	-	-	-
SF2B-H32(SL)(-□)	SF2B-A16(SL)(-□)	632 24.882	670 26.378	686 27.008	-	-	-
SF2B-H36(SL)(-□)	SF2B-A18(SL)(-□)	712 28.031	750 29.528	766 30.157	-	-	-
SF2B-H40(SL)(-□)	SF2B-A20(SL)(-□)	792 31.181	830 32.677	846 33.307	390 15.354	-	-
SF2B-H48(SL)(-□)	SF2B-A24(SL)(-□)	952 37.480	990 38.976	1,006 39.606	470 18.504	-	-
SF2B-H56(SL)(-□)	SF2B-A28(SL)(-□)	1,112 43.779	1,150 45.276	1,166 45.905	550 21.654	-	-
SF2B-H64(SL)(-□)	SF2B-A32(SL)(-□)	1,272 50.079	1,310 51.575	1,326 52.205	418 16.457	842 33.150	-
SF2B-H72(SL)(-□)	SF2B-A36(SL)(-□)	1,432 56.378	1,470 57.874	1,486 58.504	472 18.583	948 37.323	-
SF2B-H80(SL)(-□)	SF2B-A40(SL)(-□)	1,592 62.677	1,630 64.173	1,646 64.803	525 20.669	1,055 41.535	-
SF2B-H88(SL)(-□)	SF2B-A44(SL)(-□)	1,752 68.976	1,790 70.472	1,806 71.102	433 17.047	870 34.252	1,308 51.496
SF2B-H96(SL)(-□)	SF2B-A48(SL)(-□)	1,912 75.275	1,950 76.772	1,966 77.401	473 18.622	950 37.402	1,428 56.220

Model No.	G	H	J(Note)
SF2B-H□	20 0.787	6 0.236	6 0.236
SF2B-A□	40 1.575	26 1.024	6 0.236

Note:The distance between the tip of the safety light curtain and the last beam axis of the SF2B-H8(SL)(-□) and SF2B-A4(SL)(-□) is 22 mm 0.866 in.

SF2B-□
SF2B-□SL

Safety light curtain, Sub-sensor for series connection only

Assembly dimensions

Mounting drawing for the safety light curtains using the dead zoneless mounting brackets MS-SF2B-3 (optional) and the intermediate supporting brackets MS-SF2B-2(accessory for safety light curtain).

Notes:

1) The MS-SF2B-2 intermediate supporting bracket is provided as an accessory with this product. The number of accessories provided varies depending on the product.

2) An end cap (connector for series connection) is not provided for the SF2B-H8(SL)(-□) and SF2B-A4(SL)(-□).

Model No.		A	K	L	M	N	P	Q	R
SF2B-H8(SL)(-□)	SF2B-A4(SL)(-□)	168 6.614	155 6.102	-	-	-	-	-	-
SF2B-H12(SL)(-□)	SF2B-A6(SL)(-□)	232 9.134	219 8.622	-	-	-	-	-	-
SF2B-H16(SL)(-□)	SF2B-A8(SL)(-□)	312 12.283	299 11.772	-	-	-	-	-	-
SF2B-H20(SL)(-□)	SF2B-A10(SL)(-□)	392 15.433	379 14.921	-	-	-	-	-	-
SF2B-H24(SL)(-□)	SF2B-A12(SL)(-□)	472 18.583	459 18.071	-	-	-	-	-	-
SF2B-H28(SL)(-□)	SF2B-A14(SL)(-□)	552 21.732	539 21.221	-	-	-	-	-	-
SF2B-H32(SL)(-□)	SF2B-A16(SL)(-□)	632 24.882	619 24.370	-	-	-	-	-	-
SF2B-H36(SL)(-□)	SF2B-A18(SL)(-□)	712 28.031	699 27.520	-	-	-	-	-	-
SF2B-H40(SL)(-□)	SF2B-A20(SL)(-□)	792 31.181	779 30.669	390 15.354	-	-	379.5 14.941	-	-
SF2B-H48(SL)(-□)	SF2B-A24(SL)(-□)	952 37.480	939 36.969	470 18.504	-	-	459.5 18.091	-	-
SF2B-H56(SL)(-□)	SF2B-A28(SL)(-□)	1,112 43.779	1,099 43.268	550 21.654	-	-	539.5 21.240	-	-
SF2B-H64(SL)(-□)	SF2B-A32(SL)(-□)	1,272 50.079	1,259 49.567	418 16.457	842 33.150	-	407.5 16.043	831.5 32.736	-
SF2B-H72(SL)(-□)	SF2B-A36(SL)(-□)	1,432 56.378	1,419 55.866	472 18.583	948 37.323	-	461.5 18.169	937.5 36.909	-
SF2B-H80(SL)(-□)	SF2B-A40(SL)(-□)	1,592 62.677	1,579 62.165	525 20.669	1,055 41.535	-	514.5 20.256	1,044.5 41.122	-
SF2B-H88(SL)(-□)	SF2B-A44(SL)(-□)	1,752 68.976	1,739 68.465	433 17.047	870 34.252	1,308 51.496	422.5 16.634	859.5 33.839	1,297.5 51.083
SF2B-H96(SL)(-□)	SF2B-A48(SL)(-□)	1,912 75.275	1,899 74.764	473 18.622	950 37.402	1,428 56.220	462.5 18.209	939.5 33.839	1,417.5 55.807

Model No.	G	H	J(Note)
SF2B-H□	20 0.787	6 0.236	6 0.236
SF2B-A□	40 1.575	26 1.024	6 0.236

Note:The distance between the tip of the safety light curtain and the last beam axis of the SF2B-H8(SL)(-□) and SF2B-A4(SL)(-□) is 22 mm 0.866 in.

RF-SFBH-□

Corner mirror (Optional)

Model No.	A	B	C	D	E	F	Net weight
RF-SFBH-8	173 6.811	183 7.205	235 9.252	-	-	209 8.228	810 g approx.
RF-SFBH-12	236 9.291	246 9.685	298 11.732	-	-	272 10.709	970 g approx.
RF-SFBH-16	316 12.441	326 12.835	378 14.882	-	-	352 13.858	1,170 g approx.
RF-SFBH-20	396 15.591	406 15.984	458 18.031	-	-	432 17.008	1,370 g approx.
RF-SFBH-24	476 18.740	486 19.134	538 21.181	-	-	512 20.157	1,570 g approx.
RF-SFBH-28	556 21.890	566 22.283	618 24.331	-	-	592 23.307	1,770 g approx.
RF-SFBH-32	636 25.039	646 25.433	698 27.480	-	-	672 26.457	1,970 g approx.
RF-SFBH-36	716 28.189	726 28.583	778 30.630	-	-	752 29.606	2,170 g approx.
RF-SFBH-40	796 31.339	806 31.732	858 33.779	458 ± 50 18.031 ± 1.969	-	832 32.756	2,660 g approx.
RF-SFBH-48	956 37.638	966 38.031	1,018 40.079	538 ± 50 21.181 ± 1.969	-	992 39.055	3,060 g approx.
RF-SFBH-56	1,116 43.937	1,126 44.331	1,178 46.378	618 ± 50 24.331 ± 1.969	-	1,152 45.354	3,460 g approx.
RF-SFBH-64	1,276 50.236	1,286 50.630	1,338 52.677	698 ± 50 27.480 ± 1.969	-	1,312 51.653	3,890 g approx.
RF-SFBH-72	1,436 56.353	1,446 56.929	1,498 58.976	538 ± 50 21.181 ± 1.969	1,018 ± 50 40.079 ± 1.969	1,472 57.953	4,550 g approx.
RF-SFBH-80	1,596 62.835	1,606 63.228	1,658 65.275	591 ± 50 23.268 ± 1.969	1,125 ± 50 44.291 ± 1.969	1,632 64.252	4,950 g approx.
RF-SFBH-88	1,756 69.134	1,766 69.527	1,818 71.575	645 ± 50 25.394 ± 1.969	1,231 ± 50 48.464 ± 1.969	1,792 70.551	5,350 g approx.
RF-SFBH-96	1,916 75.433	1,926 75.827	1,978 77.874	698 ± 50 27.480 ± 1.969	1,338 ± 50 52.677 ± 1.969	1,952 76.850	5,750 g approx.

MS-SF2B-1

Standard mounting bracket (Optional)

MS-SF2B-1(R)

<Rear mounting>

MS-SF2B-1(L)

<Rear mounting>

Material: Stainless steel (SUS304)
Four brackets (R type x 2 and L type x 2) per set.
[M3 (length 5 mm 0.197 in) hexagonsocket- head bolts (eight bolts for safety light curtain mounting, eight bolts for beam axis alignment) are attached.]

MS-SF2B-3

Dead zoneless mounting bracket (optional)

Material: Stainless steel (SUS304) ・ Die-cast zinc alloy
Four bracket set

<Spacer for intermediate supporting bracket (Accessory)>
The spacer for intermediate supporting bracket MS-SF2B-2 can be used as a spacer for eliminating the dead zone when mounting the safety light curtain laterally.

Material: Stainless steel (SUS304)
Six brackets set[Twelve M5 (length 8 mm 0.315 in) hexagon-socket-head bolts are attached.]

<L-shaped mounting>

<Mounting adjustment range>
The adjustment range of the safety light curtain angle is up to ±10 degrees.

MS-SF2B-2

Intermediate supporting bracket (Accessory for safety light curtain)

Material: Stainless steel (SUS304)
Two main unit mounting brackets per set (for rear mounting and side mounting) (Note)

Note:
The intermediate supporting bracket MS-SF2B-2 is enclosed with the following products. The quantity differs depending on the product as shown below:
[1 set]
SF2B-H□・・・ Safety light curtain with 40 to 56 beam channels
SF2B-A□ ・・・ Safety light curtain with 20 to 28 beam channels
[2 sets]
SF2B-H□ ・・・ Safety light curtain with 64 to 80 beam channels
SF2B-A□ ・・・ Safety light curtain with 32 to 40 beam channels
[3 sets]
SF2B-H□ ・・・ Safety light curtain with 88 to 96 beam channels
SF2B-A□ ・・・ Safety light curtain with 44 to 48 beam channels

MS-SF2B-4

Adapter mounting bracket for SF1-N / NA40 (Optional)

Material: Stainless steel (SUS304)Four bracket set[Eight M3 (length 5 mm 0.197 in) hexagon-socket-head bolts are attached.]

MS-SF2B-5

Adapter mounting bracket for SF2-A / SF2-N (Optional)

MS-SF2B-5(R)

<Rear mounting>

MS-SF2B-5(L)

<Rear mounting>

Material: Stainless steel (SUS304)
Four brackets (R type x 2 and L type x 2) per set
[M3 (length 5 mm 0.197 in) hexagonsocket-head bolts (eight bolts for safety light curtain mounting, eight bolts for beam axis alignment) are attached.]

MS-SF2B-6

Adapter mounting bracket for NA40 (Optional)

MS-SF2B-6(R)

MS-SF2B-6(L)

Material: Stainless steel (SUS304)Four brackets (R type x 2 and L type x 2) per set
[Eight M3 (length 5 mm 0.197 in) hexagon-socket-head bolts are attached.]

MS-SF2B-7

Adapter bracket for SF1-N (Optional)

Material: Stainless steel (SUS304)Four brackets (one of each type) per set
[Eight M3 (length 5 mm 0.197 in) hexagon-socket-head bolts are attached.]

SF2B-CCB□

Bottom cap cable (Optional)

Model No.	L
SF2B-CCB3	3,000 118.110
SF2B-CCB7	7,000 275.590
SF2B-CCB10	10,000 393.700
SF2B-CCB15	15,000 590.551

SF2B-CB□

Bottom cap cable (Optional)

Model No.	L
SF2B-CB05 (-A/B)	500 19.685
SF2B-CB5	5,000 196.850
SF2B-CB10	10,000 393.700

SFB-CC3 SFB-CC10

Extension cable (Optional)

Model No.	L
SFB-CC3	3,000 118.110
SFB-CC10	10,000 393.700

SFB-CCJ10E SFB-CCJ10D

Extension cable (Optional)

SF2B-CSL01 SF2B-CSL05

Cable for series connection (Optional)

Model No.	L
SF2B-CSL01	100 3.937
SF2B-CSL05	500 19.685

SF-LAT-2B

Laser alignment tool (Optional)

SF-IND-2

display unit for safety light curtain (Optional)

Material:
Bracket ・・・ Cold rolled carbon steel(SPCC)(Black chromate)
Enclosure ・・・ POM
Cover ・・・ Polycarbonate

------------------------------ Tab4 showing ------------------------------

I/O Circuit and Wiring diagrams

NPN output type

When using a SF2B-CCB□ or SF2B-CB□ bottom cap cable

I/O circuit diagram

<In case of setting the external device monitoring function to enabled>

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

CAUTION
Construct the interlock (reset input) circuit separately.

^*S1

Switch S1
・Test input
Open: Emission halt
0 to +1.5 V (source current 5 mA or less): Emission

Wiring diagram

<In case of setting the external device monitoring function to enabled>

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

I/O circuit diagram

<In case of setting the external device monitoring function to disabled>

In order to disable the external device monitoring function, connect the auxiliary output and external device monitoring input. At such times, do not connect a load to the auxiliary output.

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

CAUTION
Construct the interlock (reset input) circuit separately.

^*S1

Switch S1
・Test input
Open: Emission halt
0 to +1.5 V (source current 5 mA or less): Emission

Wiring diagram

<In case of setting the external device monitoring function to disabled>

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

PNP output type

When using a SF2B-CCB□ or SF2B-CB□ bottom cap cable

I/O circuit diagram

<In case of setting the external device monitoring function to enabled>

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

CAUTION
Construct the interlock (reset input) circuit separately.

^*S1

Switch S1
・Test input
Open: Emission halt
Vs to Vs – 2.5 V (sink current 5 mA or less): Emission (Note 2)

Notes:

1) Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

2) Vs is the applying supply voltage.

Wiring diagram

<In case of setting the external device monitoring function to enabled>

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

I/O circuit diagram

<In case of setting the external device monitoring function to disabled>

In order to disable the external device monitoring function, connect the auxiliary output and external device monitoring input. At such times, do not connect a load to the auxiliary output.

CAUTION
Construct the interlock (reset input) circuit separately.

^*S1

Switch S1
・Test input
Open: Emission halt
Vs to Vs – 2.5 V (sink current 5 mA or less): Emission (Note 2)

Notes:

1) Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

2) Vs is the applying supply voltage.

Wiring diagram

<In case of setting the external device monitoring function to disabled>

Note: Unused wires must be insulated to ensure that they do not come into contact with wires already in use.

SF-C11

SF2B series wiring diagram (Control category 2)

For NPN output (plus ground)

Set the safety light curtain input polarity selection switch to the NPN side and ground the + side.

Notes:

1) The above diagram is when using manual reset. If automatic reset is used, disconnect the lead from X2 and connect it to X3. In this case, a reset (RESET) button is not needed.

2) Use a momentary-type switch as the reset (RESET) button.

3) Emission halt occurs when the test (TEST) button is open, and emission occurs when the test (TEST) button is short-circuited. If not using the test (TEST) button, short-circuit T1 and T2. However, use a test rod or similar to interrupt the light in order to carry out self-diagnosis separately.

For PNP output (minus ground)

Set the safety light curtain input polarity selection switch to the PNP side and ground the 0 V line.

Notes:

1) The above diagram is when using manual reset. If automatic reset is used, disconnect the lead from X2 and connect it to X3. In this case, a reset (RESET) button is not needed.

2) Use a momentary-type switch as the reset (RESET) button.

Be sure to use the following mating cables when connecting SF-C11 to
SF2B series.
SF2B-CB05 (cable length: 0.5 m 1.640 ft)
SF2B-CB5 (cable length: 5 m 16.404 ft)
SF2B-CB10 (cable length: 10 m 32.808 ft)
SFB-CCJ10E (for emitter, cable length: 10 m 32.808 ft)
SFB-CCJ10D (for receiver, cable length: 10 m 32.808 ft)

Terminal arrangement diagram

Terminal	Function
A1	+24 V DC
A2	0 V
13-14, 23-24, 33-34	Safety output (NO contact × 3)
41-42	Auxiliary output (NC contact × 1)
X1	Reset output terminal
X2	Reset input terminal (Manual)
X3	Reset input terminal (Automatic)
A	Not used
B	Not used
T1	Test output terminal
T2	Test input terminal
AUX	Semiconductor auxiliary output

Pin layout for safety light curtain connectors

Connector pin No.	Emitter side connector	Receiver side connector
1	Not used	OSSD2
2	+24 V DC	+24 V DC
3	Emission halt	OSSD1
4	Auxiliary output	EDM (External relay monitor)
5	Synchronization wire +	Synchronization wire +
6	Synchronization wire –	Synchronization wire –
7	0 V	0 V
8	Shield wire	Shield wire

SF-C13

SF2B series wiring diagram (Control category 2)

NPN output type

Connect the safety light curtain control outputs OSSD 1 and OSSD 2 to S4 and S2 respectively and ground the + side.

Notes:

1) The left diagram is when using manual reset. If automatic reset is used, disconnect the lead from X2 and connect it to X3. In this case, a reset (RESET) button is not needed.

2) Use a momentary-type switch as the reset (RESET) button.

PNP output type

Connect the safety light curtain control outputs OSSD 1 and OSSD 2 to S1 and S2 respectively.

Notes:

1) The left diagram is when using manual reset. If automatic reset is used, disconnect the lead from X2 and connect it to X3. In this case, a reset (RESET) button is not needed.

2) Use a momentary-type switch as the reset (RESET) button.

Terminal arrangement diagram

Terminal	Function
A1	+24 V DC
A2	0 V
S1 to S4	Safety light curtain control output (OSSD) input terminal
AUX	Semiconductor auxiliary output
X1	Reset output terminal
X2	Reset input terminal (Manual)
X3	Reset input terminal (Automatic)
13-14, 23-24, 33-34	Safety output (NO contact × 3)
41-42	Auxiliary output (NC contact × 1)

Use a separate terminal block to carry out wiring for safety light curtains that cannot be connected to the SF-C13.

------------------------------ Tab5 showing ------------------------------

This safety light curtain is a Type 2 electrosensitive protective equipment. It is specified that this safety light curtain be utilized only within systems implementing control categories 2, 1 and B (safety-related categories for control systems), as determined by ISO 13849-1. This safety light curtain must never be utilized in any system that requires the usage of category 4 equipment, such as press machines; nor for systems requiring category 3 equipment.
To use this product in the U.S.A., refer to OSHA 1910.212 and OSHA 1910.217 for installation, and in Europe, refer to EN ISO 13855 as well. Observe your national and local requirements before installing this product.

This catalog is a guide to select a suitable product. Be sure to read instruction manual prior to its use.
Both emitter and receiver are adjusted before shipment, please apply both emitter and receiver with the same serial No. The serial No. is indicated on the plates of both emitter and receiver. (Indicated under the model No.)
Make sure to carry out the test run before regular operation.
This safety system is for use only on machinery in which the dangerous parts can be stopped immediately, either by an emergency stop unit or by disconnecting the power supply. Do not use this system with machinery which cannot be stopped at any point in its operation cycle.

Self-diagnosis function

This safety light curtain incorporates the self-diagnosis function. In case an abnormality is detected during self-diagnosis, the safety light curtain is put in the lockout state at that instant, and the control output (OSSD 1, OSSD 2) is fixed at the OFF state. Refer to “Troubleshooting” and the instruction manual and remove the cause of the abnormality.

In order to maintain safe condition of safety light curtain, inspect the beam interrupted status of the device once a day or more. Failure to do so could delay the detection of unexpected abnormality and increase the degree of hazard, which may cause the malfunction of safety light curtain, resulting in serious body injury or death.
In order to check all abnormalities in the OSSD 1, OSSD 2 and auxiliary output, the beam interrupted status of device must be checked. Perform either of two below to inspect the device under beam interrupted status.
Emission halt by test input (Emission halt function)
Beam interrupting by test rod (Excluding the cable SF2B-CB05-A)
・Emission halt by test input (Emission halt function)
・Beam interrupting by test rod (Excluding the cable SF2B-CB05-A)

Emission halt function (Test input)

This function stops the emission process of the emitter. You can select whether emission is on or halted by means of the connection status for the test input (pink).

Test input	Emission status
Test input		When using the SF2B-CB05-B
Open	Emission halt	Emission
Connected to 0 V or +V	Emission	Emission halt

During emission halt, the control outputs (OSSD 1, OSSD 2) become OFF status.
By using this function, malfunction due to extraneous noise or abnormality in the control outputs (OSSD 1, OSSD 2) and the auxiliary output can be determined even from the machinery side.

Auxiliary output

Auxiliary output is incorporated into the emitter and its operation varies depending on the type of bottom cap cable (optional) to be used.

Bottom cap cable	Normal mode			Lockout
	Emission halt	Control outputs (OSSD 1, OSSD 2) status
	Emission halt	Beam received	Beam interrupted
When using the SF2B-CCB□ / SF2B-CB□	ON	OFF	ON	ON
When using the SF2B-CB05-A	OFF	ON	ON	OFF
SF2B-CB05-B	Cannot be used.

When bottom cap cable SF2B-CCB□ or SF2B-CB□ (optional) is used

The auxiliary output is incorporated in the emitter. It is OFF when the control outputs (OSSD 1,OSSD 2) are ON and vice versa.
The auxiliary output can be used as an operation monitor of the device.
When the external device monitor function is not used, connect the external device monitor input line to the auxiliary output line to disable the function.
In this case, do not connect the load to the auxiliary output. For details, refer to “External device monitoring function” and “I/O CIRCUIT AND WIRING DIAGRAMS”.
When the external device monitoring function is used to disable, do not directly use the auxiliary output as the operation monitor of this safety light curtain. When the external device monitor is used to disable and the auxiliary output is used to monitor the operation of safety light curtain, connect the auxiliary output and the external device monitoring input to the external relay (purchase separately) to use the external relay contacting point as an operation monitor of this safety light curtain.

When bottom cap cable SF2B-CB05-A (optional) is used

The auxiliary output is incorporated in the emitter. It outputs ON at the normal operation of device. It outputs OFF in the following cases:
・When an abnormality which needs emission halt status occurs [for example, the control output (OSSD 1) short-circuit and an error occurs.]
・While test input has been input
The error cannot be transmitted to the control machine. The alarm signal is output from the auxiliary output.

When bottom cap cable SF2B-CB05-B (optional) is used

The auxiliary output cannot be utilized by using the bottom cap cable SF2B-CB05-B (optional).

External device monitoring function

This function is available when the bottom cap cable SF2B-CCB□ or SF2B-CB□ (optional) is used. This is the function for checking whether the external safety relay connected to the control outputs (OSSD 1, OSSD 2) performs normally in accordance with the control outputs (OSSD 1, OSSD 2) or not. Monitor the b contact of the external safety relay, and if any abnormality such as deposit of the contacting point, etc. is detected, change the status of the safety light curtain into lockout one, and turn OFF the control outputs (OSSD 1, OSSD 2).

In case of setting the external device monitoring function to enabled

Connect the external device monitoring input (yellow-green) to the b contact of the external safety relay that is connected to the control outputs (OSSD 1, OSSD 2).

In case of not using the external device monitoring function

Connect the external device monitoring input (yellow-green) to the auxiliary output (yellow-green / black).

The time set for external device monitoring is 300 ms or less. Exceeding 300 ms turns the safety light curtain into lockout condition.

Series connection

Connectable up to 3 sets of safety light curtains (however, 128 beam channels max.) (Note 1, 2)

This is the configuration for connecting multiple sets of emitters and receivers facing each other in series. It is used when the dangerous part can be entered from two or more directions. The control outputs (OSSD 1, OSSD 2) turns OFF if any of the safety light curtain is interrupted. For details, refer to the instruction manual.

Notes:

1): Series connection connectors cannot be used with the SF2B-H8-□ and SF2B-A4-□, and so series connection is not possible. The SF2B-H8SL and SF2B-A4SL are not equipped with series connection connectors, so when connecting three sets in series, they cannot be used in the middle position.

2): The total number of beam axes for the SF2B-A□ is a maximum of 96 when two sets are connected, and 64 when three sets are connected. When SF2B-H□ and SF2B-A□ are combined in series connection, double the number of the beam channels of SF2B-A□ to calculate the total number of beam channels, which should be 128 or less.
Example:
The total no. of beam channels for SF2B-H36 and SF2B-A44 is 124. The no. of beam channels of SF2B-H36 + (the No. of beam channels of SF2B-A44 × 2) = Total no. of beam channels 36 beam channels + (44 beam channels × 2) = 124 beam channels

Parallel connection

Up to a maximum of two sets can be connected in parallel only when using the SF2B-CB05-B adapter cable (optional). For details, refer to the instruction manual.

*Set the frequency selection switches (for both emitter and receiver) to “1” at the master units, and set them to “2” at the slave units.

Series and parallel mixed connection

Up to a maximum of three sets can be connected in a mixture of series and parallel (for a total maximum number of 128 beam channels. However, the total number of beam channels for the SF2B-A□ is a maximum of 96 when two sets are connected, and 64 when three sets are connected.) only when using the SF2B-CB05-B adapter cable (optional). For details, refer to the instruction manual.

*Set the frequency selection switches (for both emitter and receiver) to “1” at the master units, and set them to “2” at the slave units.

Part description and function

Description		Function
Beam-axis alignment indicator (Red / Green) [RECEPTION]	A	When all beam channels of safety light curtain top are receiving light: lights up in red When safety light curtain top end receives light: blinks in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green (always off when using the SF2B-CB05-B)
	B	When all beam channels of safety light curtain upper middle are receiving light: lights up in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green (always off when using the SF2B-CB05-B)
	C	When all beam channels of safety light curtain lower middle are receiving light: lights up in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green(always off when using the SF2B-CB05-B)
	D	When all beam channels of safety light curtain bottom are receiving light: lights up in red When sensor bottom end receives light: blinks in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in(always off when using the SF2B-CB05-B)
Operation indicator (Red / Green) [OPERATION]		When control outputs (OSSD 1, OSSD 2) are OFF: lights up in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green (When using the SF2B-CB05-B When fault occurs in the emitter: light up in red When emitter is normal: light up in green)
Emission halt indicator (Orange) [HALT]		When light emission is halt: lights up When light is emitted: lights off
Fault indicator (Yellow) [FAULT]		When fault occurs in the sensor: lights up or blinks
Setting indicator (Red) [SETTING]		Always off (When using the SF2B-CB05-B One lights up when set to Frequency 1 Two light up when set to Frequency 2)
Frequency selection switch		Used for switching between master and slave when using the SF2B-CB05-B. Set to “1” for master and “2” for slave.

Description		Function
Beam-axis alignment indicator (Red / Green) [RECEPTION]	A	When all beam channels of safety light curtain top are receiving light: lights up in red When sensor top end receives light: blinks in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green
	B	When all beam channels of safety light curtain upper middle are receiving light: lights up in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green
	C	When all beam channels of safety light curtain upper middle are receiving light: lights up in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green
	D	When all beam channels of safety light curtain bottom are receiving light: lights up in red When sensor bottom end receives light: blinks in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green
OSSD indicator (Red / Green) [OSSD]		When control outputs (OSSD 1, OSSD 2) are OFF: lights up in red When control outputs (OSSD 1, OSSD 2) are ON: lights up in green
Incident light intensity indicator (Orange / Green) [STB]		When sufficient light is received (incident light intensity: 130 % or more) (Note 1): lights up in green When stable light is received (incident light intensity: 115 to 130 %) (Note 1): OFF When unstable light is received (incident light intensity: 100 to 115 %) (Note 1): lights up in orange When light is interrupted: OFF (Note 2)
Fault indicator (Yellow) [FAULT]		When fault occurs in the sensor: lights up or blinks
Digital error indicator (Red)(Note 3)		When device is lockout: lights up for malfunction content (When using the SF2B-CB05-B Display shows fault contents during lockout. Center lights up when set to Frequency 1 Center and bottom lights up when set to Frequency 2)
Frequency selection switch		Used for switching between master and slave when using the SF2B-CB05-B. Set to “1” for master and “2” for slave.

Notes:

1) The threshold value where the control output changes from OFF to ON is applied as “100 % incident light intensity”.

2) The status “when light is interrupted” refers to the status that the some obstacle is existed in the sensing area.

3) For details, refer to “Troubleshooting” and the SF2B instruction manual.

4) The description given in [ ] is marked on the safety light curtain.

Wiring

Make sure to carry out the wiring in the power supply off condition.
Verify that the supply voltage variation is within the rating.
If power is supplied from a commercial switching regulator, ensure that the frame ground (F.G.) terminal of the power supply is connected to an actual ground.
In case noise generating equipment (switching regulator, inverter motor, etc.) is used in the vicinity of this sensor, connect the frame ground (F.G.) terminal of the equipment to an actual ground.
Do not run the wires together with high-voltage lines or power lines or put them in the same raceway. This can cause malfunction due to induction.

Others

This device has been developed / produced for industrial use only.
Do not use during the initial transient time (2 s) after the power supply is switched on.
Avoid dust, dirt and steam.
Take care that the sensor does not come in direct contact with water, oil, grease, or organic solvents, such as, thinner, etc.
Take care that the sensor is not directly exposed to fluorescent light from a rapid-starter lamp or a high frequency lighting device, as it may affect the sensing performance.

Sensing area

Make sure to install this product such that any part of the human body must pass through its sensing area in order to reach the dangerous parts of the machinery. If the human body is not detected, there is a danger of serious injury or death.
Do not use any reflective type or retroreflective type arrangement.
Emitter and receiver that face each other should be from the same model No. (with same beam axis pitch and number of beam channels) and aligned in the vertical direction. If units from different sets are connected together, it may cause blind spots in the sensing area, and death or serious injury may result.
Do not connect facing several receivers towards one emitter.

Calculate the safety distance correctly, and always maintain a distance which is equal to or greater than the safety distance, between the sensing area of this safety light curtain and the dangerous parts of the machinery. (Please check the latest standards for the equation.) If the safety distance is miscalculated or if sufficient distance is not maintained, there is a danger of serious injury or death.
Before designing the system, refer to the relevant standards of the region where this device is to be used and then install this device.

Safety distance is calculated based on the following equation when a person moves perpendicular (normal intrusion) to the sensing area of the safety light curtain. In case the intrusion direction is not perpendicular to the sensing area, be sure to refer to the relevant standard (regional standard, specification of the machine, etc.) for details of the calculation. (Please check the latest standards for the equation.)

For use based on EN ISO 13855 / ISO 13855 / JIS B 9715

For intrusion direction perpendicular to the sensing area
Equation 1 S = K × T + C
S: Safety distance (mm)
Minimum required distance between the sensing area surface and the dangerous parts of the machine
K: Intrusion speed of operator’s body or objects (mm/sec.)
Normally, taken as SF2B-H□ 2,000 (mm/sec.),
SF2B-A□ 1,600 (mm/sec.) for calculation.
T: Response time of total equipment (sec.)
T = Tm + TSF2B
Tm: Maximum halting time of machinery (sec.)
TSF2B: Response time of the SF2B series 0.015 (sec.)
C: Additional distance calculated from the size of the minimum sensing object of the safety light curtain (mm)
However, the value of “C” cannot be 0 or less.
C = 8 × (d – 14)
d: Minimum sensing object diameter
SF2B-H□: d= 27 (mm) 1.063 (in), C = 104 (mm) 4.094 (in)
For SF2B-A□, C = 850 (mm) 33.465 (in) (constant)

・For calculating the safety distance “S”, there are the following five cases. First calculate by substituting the value K = 2,000 (mm/sec.) in the equation above.
Then, classify the obtained value of “S” into three cases, 1) S < 100, 2) 100 ≤ S ≤ 500, and 3) S > 500. For Case 3) S > 500, recalculate by substituting the value K = 1,600 (mm/sec.). After that, classify the calculation result into two cases, 4) S ≤ 500 and 5) S > 500. For details, refer to the instruction manual enclosed with this product.

For use based on ANSI B11.19

Equation 2 S = K × (Ts + Tc + TSF2B + Tbm) + Dpf
S: Safety distance (mm)
Minimum required distance between the sensing area surface and the dangerous parts of the machine
K: Intrusion velocity {Recommended value in OSHA is 63 (inch/sec.)
≈ 1,600 (mm/sec.)}
ANSI B11.19 does not define the intrusion velocity “K”. When determining K,
consider possible factors including physical ability of operators.
Ts: Halting time calculated from the operation time of the control element (air valve, etc.) (sec.)
Tc: Maximum response time of the control circuit required for functioning the brake (sec.)
TSF2B: Response time of safety light curtain 0.015 (sec.)
Tbm: Additional halting time tolerance for the brake monitor (sec.)
Tbm = Ta – (Ts + Tc)
Ta: Setting time of brake monitor (sec.)
When the machine is not equipped with a brake monitor, it is recommended
that 20 % or more of
(Ts + Tc) is taken as additional halting time.
Dpf: Additional distance calculated from the size of the minimum sensing object of the safety light curtain
SF2B-H□ Dpf = 2.676 (inch) ≈ 68 (mm)
SF2B-A□ Dpf = 5.355 (inch) ≈ 136 (mm)
　 Dpf = 3.4 × (d – 0.276) (inch)
　 Dpf ≈ 3.4 × (d – 7) (mm)
　 d: Minimum sensing object diameter 1.063 (inch) ≈ 27 (mm) SF2B-H□
　 Minimum sensing object diameter 1.851 (inch) ≈ 47 (mm) SF2B-A□

Influence of reflective surfaces

Keep the minimum distance given below, between the safety light curtain and a reflective surface.

Side view

Distance between emitter and receiver (Setting distance L)	Allowable installation distance A
0.2m ≦ L ≦ 3m 0.656 ≦ L ≦ 9.843 ft	0.32 m 1.050 ft
3m < L ≦ 13m 9.843 < L ≦ 42.651 ft (Note 1)	L / 2 × tan2θ = L × 0.106 (m) 0.348 (ft) (θ = 6°)

Top view

Notes:

1) If using the SF2B-CB05-B, the operating range is 0.3 to 5 m 0.984 to 16.404 ft.

2) The effective aperture angle for this device is ±5°or less (when L > 3 m 9.843 ft) as required by IEC 61496-2 / UL 61496-2.
However, install this device away from reflective surfaces considering an effective aperture angle of ±6° to take care of beam misalignment, etc. during installation.

Troubleshooting

Emitter side

Phenomenon	Cause	Remedy
All indicators are off.	Power is not being supplied.	Check that the power supply capacity is sufficient. Connect the power supply correctly.
	Supply voltage is out of the specified range.	Provide the supply voltage within the specified range.
	Connector is not connected securely.	Connect the connector securely.
Operation indicator remains lit up in red (beam is not received). [OPERATION]	The beam channels of the emitter and the receiver are not correctly aligned.	Align the beam channels.
Emission halt indicator (orange) lights up. [HALT]	Emission is in halt condition.	Connect the test input (emission halt input) wire correctly. The logic varies depending on the cable to be used.
	The synchronization wire error	Connect the synchronization wire correctly.
	The receiver does not work.	Check the operation of the receiver side.
	The interference prevention wire error (When using the SF2B-CB05-B: When set to slave)	Connect the interference prevention wire correctly.
	Master / slave setting error (When using the SF2B-CB05-B: When set to master)	Set the master / slave setting to “master”.
	The master sensor does not work.	Check the master side safety light curtain.
Fault indicator (yellow) lights up or blinks. [FAULT]	[Blinks once] Total safety light curtains No. / total beam channel No. error	Connect the end cap properly. Connect the cable for series connection correctly. Check the model (emitter / receiver) of sub-sensor for series connection. Set the No. of the safety light curtains in series connection, and a total No. of beam channels within the specification.
	[Blinks twice] Auxiliary output error	Connect the auxiliary output cable correctly.
	[Other than the above] Effect from noise / power supply or failure of internal circuit	Check the noise status around this safety light curtains. Check the wiring, supplied voltage and power supply capacity. Even if the error is not eliminated, contact our office.

Receiver side

Phenomenon	Cause	Remedy
All indicators are off.	Power is not being supplied.	Check that the power supply capacity is sufficient. Connect the power supply correctly.
	Supply voltage is output of the specified range.	Set the supply voltage correctly.
	Connector is not connected securely.	Connect the connector securely.
OSSD indicator remains lit up in red (beam is not received). [OSSD]	The beam channels of the emitter and the receiver are not correctly aligned.	Align the beam channels.
	Total unit No. / total beam channel No. error	Set the same value to the Nos. of emitter and receiver.
	The master / slave setting is different. (When using with the SF2B-CB05-B)	Set the setting identically.
Stable indicator lights up (Orange) [STB]	The beam channels of the emitter and the receiver are not correctly aligned.	Align the beam channels.
Fault indicator (yellow) lights up or blinks. [FAULT]	[Digital error indicator 1 ] Total safety light curtain No. / total beam channel No. error	Connect the end cap properly. Connect the cable for series connection correctly. Check the model (emitter / receiver) of sub sensor for series connection. Check that the number of safety light curtains / number of beam axes is within the specification value.
	[Digital error indicator 2 ] Control outputs (OSSD 1, OSSD 2) error	Connect the control outputs (OSSD1, OSSD2) correctly.
	[Digital error indicator 4 ] Extraneous light error	Prevent any extraneous light from entering the receiver.
	[Digital error indicator 7 ] External device monitoring error	Connect the external device monitor input wire correctly. Replace the replay unit. Replace the relay unit having appropriate response time.
	[Digital error indicator 6 ] Bottom connector error	Check the type of the bottom connector. Cable of the emitter: Gray (with black stripe)
	[Other than the above] Effect from noise / power supply or failure of internal circuit	Check the noise status around this safety light curtain. Check the wiring, supplied voltage and power supply capacity. Even if the error is not eliminated, contact our office.

Corner mirror

Be sure to carry out maintenance while referring to the instruction manual for the SF4B / SF2B series of safety light curtains.
Do not use if dirt, water, or oil, etc. is attached to the reflective surface of this product. Appropriate sensing range may not be maintained due to diffusion or refraction.
Make sure that you have read the instruction manual for the corner mirror thoroughly before setting up the corner mirrors and safety light curtains, and follow the instructions given. If the equipment is not set up correctly as stipulated in the instruction manual, incident light errors may result in unexpected situations which may result in serious injury or death.
Please download the instruction manuals from our website.
Safety light curtain SF4B / SF2B series cannot be used as a retroreflective type. Avoid installing the safety light curtain as a retroreflective type when this product is applied.
The mirror part of this product is made of glass. Note that if it is broken, the glass shards may fly apart.

Safety Light Curtain Type 2 SF2B Ver.2 (Discontinued Products)

Discontinued Products

Extension cable

Recommended safety relay

Specifications

Individual specifications

Common specifications

Laser alignment tool

Large display unit for light curtain

Corner mirror

Dimensions

SF2B-□SF2B-□SL

SF2B-□SF2B-□SL

RF-SFBH-□

MS-SF2B-1

MS-SF2B-3

MS-SF2B-2

MS-SF2B-4

MS-SF2B-5

MS-SF2B-6

MS-SF2B-7

SF2B-CCB□

SF2B-CB□

SFB-CC3 SFB-CC10

SFB-CCJ10E SFB-CCJ10D

SF2B-CSL01 SF2B-CSL05

SF-LAT-2B

SF-IND-2

I/O Circuit and Wiring diagrams

NPN output type

I/O circuit diagram

Wiring diagram

I/O circuit diagram

Wiring diagram

PNP output type

I/O circuit diagram

Wiring diagram

I/O circuit diagram

Wiring diagram

SF-C11

SF2B series wiring diagram (Control category 2)

Terminal arrangement diagram

Pin layout for safety light curtain connectors

SF-C13

SF2B series wiring diagram (Control category 2)

Terminal arrangement diagram

Cautions For Use

Self-diagnosis function

Emission halt function (Test input)

Auxiliary output

External device monitoring function

Series connection

Parallel connection

Series and parallel mixed connection

Part description and function

Wiring

Others

Sensing area

Safety distance

Influence of reflective surfaces

Troubleshooting

Corner mirror

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