HPX-Agseries

Digital Fiber-Optic Sensors

Easy operation and high performance for a variety of applications HPX-AG Series Dual display shows incoming light level and preset value side by side. High sensitivity and ultra long distance (1,200mm with the standard HPF-T003 thru scan fiber in high power mode) Three types of auto-tuning: 2-point, BGS and %

EXPLANATION OF MAJOR FUNCTIONS AND FEATURES Easy-to-use design

Auto-tuning button Function selection button Dual display panel Preset value Incoming light level The digital dual display panel indicates incoming light level and preset value side by side, so it is easy to check current scanning status while setting the sensor. The button layout is especially designed to ensure easy operation of gang-mounted sensors. Output indicator ＋Button －Button Easy operation Digital manual tuning With controls that are as easy to operate as a conventional potentiometer, and with easy-to-read digital display, settings can be changed directly in RUN mode. Less wiring, fewer man-hours The new models offer a choice between cable lead-out, M8 connector for fast installation, and reduced wiring models that receive power directly from adjacent gang-mounted units. Up to 16 units can be gang-mounted, with only the main unit wired to the power supply. M8 connector type Reduced wiring type

Units are designed so that connecting cable is not required. There are no worries about wiring mishaps when mounting or dismounting.

NEW Wiring with an M8 connector cable Add 1 sensor— save 2 wires!

Up to 16 units can be combined. Since power is supplied through the gang-mounting connectors, only an output wire is required for the expansion units.

NEW Long and short Four-element LED make light and APC emission level twice as stable. term stabilization Four-element LEDs shine brightly longer than conventional Stability when power is first LEDs. Furthermore, Auto Power supplied is also improved. Control (APC, light emission level control) monitors the level of light emitted by the LED, and regulates the current to maintain light emission at a Without APC circuit Note: APC controls the light emission level of the LED emitter, constant level. Light emission level but does not compensate for a drop in received light level due to other factors. Time

1 Advanced scanning performance for expanded possibilities

High sensitivity and ultra long distance Five selectable sensing modes High-level performance is achieved with the built-in APC. Five sensing modes are selectable by desired response speed and sensitivity, according to what is best for your application.

High sensitivity Sensing mode Response speed Maximum Sensing type: HP3 (Response time: 5ms) HP (high power) 5ms 2,230mm nL (normal) 1ms HPF-T001 Thru scan fiber unit

SF (semi-fast) 500μs

FT (fast) 250μs

HS (high speed) 50μs

High speed Long distance and high sensitivity modes: Setting in 1-digit increments is possible.

High accuracy detection Countermeasures for short-distance saturation Sensitivity adjustment Note: Under optimum conditions New countermeasures have been added since the sales up to 1/100 release of the HPX Series. Even for small difference detection at short distances or for a high reflection ratio on both target object and background, HPX sensors deliver reliable detection performance. Regular sensitivity nL3 NEW 1/10 nL2

Repeatability Smallest detectable ±5µm or less (4σ) object: 5µm dia. With 1mm core dia. With 1mm core dia. 1/10 HPF-T003 standard fiber unit HPF-T003 standard fiber unit nL1

With a target object Without a target object For each sensing type, both regular sensitivity and 2 modes Target object of anti-saturation short-distance Background sensitivity.

Detectable displacement Incoming light level Incoming light level 20µm or less Saturated Cannot be set

With HPF-D034 coaxial fiber unit Short distance anti-saturation mode Settable

Superior auto-tuning Incorporates not only standard 2-point tuning, but also BGS tuning (which allows setting without a target object), percent tuning and full auto-tuning.

2-point tuning BGS tuning Percent tuning Full auto-tuning

Single Single Single Setting is based on Single press for press press press the light level change start or stop during full auto-tuning. This allows setting without For example, set to a Setting at the maximum stopping the workpiece. sensitivity that will not selectable percent of detect the background. the value without a target object.

Without a target object Without a target object With a target Without a target Background object object

Some models do not have full auto-tuning. For details, refer to the user's manuals.

2 Easy-to-use design

Easy auto-tuning Patent Pending Percent (%) tuning For re-tuning on the same application, simply press the AUTO button in the % tuning setting mode.

Fewer tuning man-hours Fewer detection errors due to setting variations

With a target object Without a target object Example: % tuning at 95% Incoming Incoming light level light level

For the same environment or target object, the ratio of two tuning levels with and without a target object is approximately the same. The setting range for % tuning without a target object is 10 to 999%.

Easy re-tuning Different time, different person Detection of remaining chips..... Detection of liquid level..... —same setting! Setting can be based on Tuning can be done only with no liquid present. the background Incoming HPF-T034 pipe-mounted fiber-optic liquid-level sensor with no chips present. light level Incoming Preset Incoming light level value light level

Incoming % setting at 75%. Operated without liquid light level Tuning without a target object. Preset value is set to 1500.

Lates, if the Incoming background light level Initial % If inside wall darkens..... setting at 50%. of pipe becomes stained. Preset Incoming value

Re-tuning at 75% without a target object. Re-tuning at 50% Preset value is now 1125. An LO signal is used for chip supply. When used with incoming light level without liquid.

NEW

Remote tuning –Seamless remote tuning– Long-term reliability BGS or % tuning can be done remotely from a connected device. Seamless remote tuning is carried out based on the sensing situation. For the sensing type selected in advance, Flexibility for tooling changes this function selects one of 3 types of sensitivity and the appropriate setting value. Even when the light level is dropping due to a change in tooling, application environment, or installation conditions, stable and highly accurate detection can be assured by periodic re-tuning.

After remote tuning, set value is changed.

Environment has worsened due to paper powder. For remote full auto-tuning, use the HPX-AG03 series. Remote tuning

3 Superior timer functions Timer setting time The advanced functions of the HPX-AG's combination timer go beyond the standard Timer setting range Setting unit on-delay/off-delay functions and the newer one-shot timer function. 250µs / 500µs １ms to 5ms 500µs For small-parts detection 6ms to 99ms 1ms 100ms to 900ms 100ms 1s to 90s 1s Time chart—LO (light ON) Light

On-delay ON O ff-delay Dark

One-sh OFF ot

On-delay /off-delay

On-delay/one-shot

NEW

Peak/bottom display Mutual interference prevention function Since peak and incoming light levels are displayed at the With optical communications, mutual interference between same time, the light axis can be aligned precisely. sensors can be prevented. Pack up to 8 units closely together! For more precise Up to 8 units can be light axis alignment closely mounted together.

Incoming Selectable peak/bottom Peak light level display modes Peak Incoming hold & light level

Bottom Incoming hold & light level

Peak Bottom hold & hold This function is available in HP, nL and SF sensing modes. Hold time can be selected from 2s, 10s, and unlimited.

Display type selection Displayed value shift function For control of Relative incoming light intensity (instead of absolute) This function compensates for variation in the incoming light level can also be displayed with the preset value. incoming light level. The incoming light level during operation can be adjusted to an easy-to-control value. Preset Relative value intensity The incoming light level is indicated as a percentage Preset Incoming Preset Incoming of the preset value (= 100%). value light level value light level Scanning status can be managed by ratio.

Incoming light level is 2000 Shift by Shift by –220 –50

Key lock function Accidental key-press Key lock can be set for all keys, prevention or for all except tuning keys. NEW Display inversion function Key lock is toggled ON/OFF as shown below. This function inverts the display, for easy reading whichever way the sensor is mounted. Key lock cancellation

Set value Incoming light level

4 Optimum sensors for a variety of applications

Remote tuning alarm output model HPX-AG02 Preventive maintenance This sensor warns if the scanning conditions are unsuitable or if the desired differential is too small for reliable detection.

Light level drop alarm output Stability safety margin alarm output The drop level is set using the maximum light level In case of light-ON operation when the incoming light level is 20% or less during tuning as the reference level. of the set value, or dark-ON operation when the level is within –20% of the set value, an alarm signal is output so that the user knows that detection is unreliable at the existing set value. Incoming light level Reference light level Incoming light level Setting of light-level drop amount 1 to 10%: 1% intervals 10 to 50%: 5% intervals +20% Set value OP Set value Stability safety margin judgment range 300ms ＲＰ –20%

Light level drop Readjustment alarm output or cleaning required Stability safety Detection margin alarm output Readjustment output (DO) or cleaning required Detection output (DO)

Remote tuning error alarm HPX-AG03 If a tuning error occurs during remote tuning, an alarm signal is output. The HPX-AG03 allows full auto-tuning remotely.

Advanced timer model HPX-AG04

HeartbeatPatent Pending Output latch Used for interlock ON-delay and one-shot output are repeated at When an object is detected (or is not detected), regular intervals while an object is detected. latched output is turned ON, and remains ON no matter what the detection status is.

During operation, the amplifier display blinks. Detection status

Detection status

Output status Output status

OFF ON ON-delay

Example application: In chip sorting, OFF by latch cancellation an air jet is repeated at regular intervals until a rejected chip is removed.

Example application: An interlock for liquid leakage detection, used in combination with the HPF-D040 liquid leak fiber-optic detector.

5 Dual output model (HPX-AG06) and Active zone model (HPX-AG07) These models can handle detection jobs that once required multiple units, Incoming or that were difficult with conventional setting methods. light level Zone setting

Dual output model, setting 1 ■HPX-AG06 Dual output model, setting 2 Because of its 2 independently set outputs, the dual output model can handle applications that formerly required 2 units. In addition, with some target objects a 3-status judgment is possible.

■HPX-AG07 When LO (light ON) setting, The active zone model allows the user to set a range of values rather Dual output model, output 1 than just one. Output turns ON within the active zone and OFF outside Dual output model, output 2 the zone. Reverse operation is also possible. Zone output (ON setting in zone)

Differential setting model HPX-AG08 Neutralizes effects of dirt and dimming light level Unaffected by gradual light level change due to dust, or temperature Incoming light level change or ambient environment, sensor operation continues Conventional without readjustment. set value Light level drop alarm output is also available. Effective for use when outputting the sensitivity limitation. Eventually output Readjustment is always ON Conventional output required

Differential output Output by workpiece

Data bank model HPX-AG09 Switch between stored settings Data bank selection can be changed by external input or manually. Each data bank consists of a set value, LO/DO setting and timer. Up to 8 data banks can be stored.

■Data bank selection by external changeover input

Data bank Data bank Data bank Data bank 0 1 2 3

Input 1 OFF ON OFF ON Target Input 2 OFF OFF ON ON object 4 Target object 3 Target Data bank object 2 Data bank Note: Data bank changeover by external input is possible for up to 4 data banks. Target 3 Data bank object 1 2 Data bank 1 0 Data bank changeover input 1

Data bank changeover input 2

Synchronous external input model HPX-AG11 This model accepts the output of another sensor or PLC and uses it together with sensing data to determine output. When the detection status satisfies the conditions for output, the external input is used to make the final determination of whether an output signal will be sent.

■Operation chart

Synchronous external input model Sensor output Standard model detection output

Synchronous To synchronous external input model Standard model external input detection status

Output Synchronous external input model output Filter delay for external input is 100 ms. A special model for high speed input is also available. Contact Yamatake Corporation for details.

6 REFERENCE DATE FOR TARGET DETECTION (Be sure to test using an actual target object.)

Standard diffuse scan fiber Glass substrate Standard thru scan fiber unit Glass substrate HPF-D002 Sensing mode: HP3 HPF-T003 Sensing mode: HP3

Incoming Incoming light level characteristics light level of glass substrate and wafer 100000 Basic glass Vapor deposition glass Black mask 10000

Edge detection repeatability accuracy 1000

100 0 5 10 15 20 25 30 35 40 45 mm

Black mask On remote tuning models, if tuning is repeated before sensing, the repetition accuracy can be further increased.

Fiber unit with diffuse scan array Lead frame Coaxial diffuse scan fiber unit Small chip HPF-D026 Sensing mode: HP3 HPF-D034 / HPF-LU07 Sensing mode: SF3

Incoming Incoming Incoming light level Incoming light level characteristics light level light level characteristics when used with a small chip 10000 5000 4500 1005 (front) Green luster 4000 1005 (back) White 3500 3000 2500 1000 2000 1005 chip (front) 1500 1000 500 0 100 2 34567mm 30 80 130 180 mm

Using wide light beams, a hole in a Be sure to use at focas point of the lens. lead frame or notch in a workpiece Incoming light level changes depending can be reliably detected. on the size of the mark or spot. 1005 chip (back) Lead frame size 35mm x 150mm

Pipe-mounted fiber-optic liquid-level Liquid-level in pipe Coaxial diffuse scan fiber unit Reject mark HPF-T032 / HPF-T034 Sensing mode: nL3 HPF-D038 / HPF-LU08 Sensing mode: FT3 For 8mm dia. pipe only: nL2 Incoming light level characteristics Incoming of gold pattern and reject mark on light level gold pattern 4500

4000 Gold pattern 3500 Reject mark Signal-to-noise ratio(SN) data by pipe diameter Liquid: water 3000 2500 Gold pattern Catalog Pipe Presence Absence SN Approx. 1mm dia. 2000 listing diameter of liquid of liquid 1500 6mm 9650 530 18 1000 TO32 8mm 5080 150 34 500 0 12mm 110 7560 69 mm TO34 20 25 30 35 40 19mm 75 5800 77 Be sure to use at the lens focal point. Values for presence or absence of liquid Incoming light level changes are incoming light level values. Reject mark depending on the size of mark and spot. These high ratios of liquid-present to liquid-absent The reject mark is applied to light levels show that detection is fully reliable. the gold pattern using an oil-based red felt pen.

1 7 2 ATTACHMENTS (sold separately)

NameAppearance Features and applications Catalog listing

End plate bracket This unit is a fixing plate used for DIN rail mounting. It is not included with the amplifier. HPX-PA03 (2 units)

Dedicated This unit is a dedicated bracket used when mounting an amplifier. It is not included with mounting bracket HPX-PA04 the amplifier. (1 unit)

AMPLIFIER SELECTION GUIDE Preleaaded types Cable lead-out type Catalog listing Features NPN PNP HPX-AG00-1S HPX-AG00-2S Standard HPX-AG01-1S HPX-AG01-2S Remote tuning input

HPX-AG02-1S HPX-AG02-2S Remote tuning input Alarm (light level drop and stability safety margin) output

HPX-AG03-1S HPX-AG03-2S Remote tuning input Tuning error output

Reduced wiring type Table1 Table2 Catalog listing Catalog listing Type Features Type Features NPN PNP NPN HPX-AG00-3S HPX-AG00-4S Main unit HPX-AG04-3S Main unit Advanced function timer (latch and heartbeat) function, Standard HPX-AG00-5S HPX-AG00-6S Expansion unit HPX-AG04-5S Expansion unit latch cancellation input HPX-AG01-3S HPX-AG01-4S Main unit HPX-AG06-3S Main unit Remote tuning input Dual output, dual set values HPX-AG01-5S HPX-AG01-6S Expansion unit HPX-AG06-5S Expansion unit Data bank setting, HPX-AG07-3S Main unit HPX-AG09-3S HPX-AG09-4S Main unit Active zone setting changeover input HPX-AG07-5S Expansion unit HPX-AG08-3S Main unit Standard cable length is 2m. Catalog listings for 1m or 5m cable models Differential setting, HPX-AG08-5S Expansion unit alarm output have the suffix -L01 or -L05 respectively. HPX-AG11-3S Main unit Synchronous external input HPX-AG11-5S Expansion unit M8 connector types Table1 Table2 Catalog listing Catalog listing Features Features NPN PNP PNP HPX-AG06-2S-CT Dual output, dual set values HPX-AG00-1S-CT HPX-AG00-2S-CT Standard HPX-AG07-2S-CT Active zone setting

Quick Function Reference Table DI DO Remote tuning input Full auto-tuning Remote full auto-tuning Remote tuning input tuning error output drop Light level alarm output Stability safety margin alarm output APC output Output latch and cancellation input Heartbeat

AG00: Standard 0 1 － ○ －－－－－－－

AG01: Remote tuning input 1 1 ○ －－－－－－－－

AG02: Remote tuning input Alarm output 1 2 ○ －－－ ○ ○ ○ －－

AG03: Remote tuning input Tuning error output 1 2 ○ ○ ○ ○ －－－－－

AG04: Advanced function timer function 1 1 － ○ －－－－－ ○ ○

AG06: Dual output, dual set values 0 2 － ○ －－－－－－ ○

AG07: Active zone setting 0 1 －－－－－－－－ ○

AG08: Differential setting 0 2 －－－－ ○ －－－－

AG09: Data bank setting, changeover input 2 1 － ○ －－－－－－ ○

AG11: Synchronous external input 1 1 － ○ －－－－－－ ○

Note regarding APC output: Output is produced when the auto power control function can no longer compensate for LED aging, indicating the need to replace the LED.

1 8 2 AMPLIFIER SPECIFICATIONS

Catalog listing NPN HPX-AG00-1S(-CT) HPX-AG01-1S HPX-AG02-1S HPX-AG06-3S HPX-AG08-3S HPX-AG00-3S HPX-AG01-3S HPX-AG03-1S HPX-AG06-5S HPX-AG08-5S HPX-AG00-5S HPX-AG01-5S HPX-AG04-3S HPX-AG07-3S HPX-AG09-3S HPX-AG04-5S HPX-AG07-5S HPX-AG11-3S HPX-AG11-5S

HPX-AG00-2S(-CT) HPX-AG01-2S PNP HPX-AG02-2S HPX-AG06-2S-CT HPX-AG00-4S HPX-AG01-4S HPX-AG09-4S HPX-AG03-2S HPX-AG07-2S-CT HPX-AG00-6S HPX-AG01-6S 02- S alarm output Addition Output －－□ ： 06-□S： control output 08-□S： alarm output 03-□S： error output Input 02-□S： remote tuning 09-3S ： changeover 2-input － Remote tuning 03-□S： remote tuning － 11-□S ： synchronous input 04-□S： latch cancellation Supply voltage 12 to 24Vdc ±10% (ripple 10% max.)

Current consumption 750mW max. (at 24V power supply and 30mA current consumption), monitor sleep mode 500mW max.

Hysteresis 20% max. (at rated scanning distance)

Operation mode Light-ON / Dark-ON changeable (setting by changeover switch)

Control output -1S/-3S/-5S: NPN transistor open collector. -2S/-4S/-6S: PNP transistor open collector. Cable lead-out type（single output）: switching current 100mA max. (resistive load), output voltage 26.4V, voltage drop 2V max. (switching current 100mA).

Cable lead-out type（dual output）: switching current 50mA max. (resistive load), output voltage 26.4V, voltage drop 2V max. (switching current 50mA). Reduced wiring type（single output）: switching current 50mA max. (resistive load), output voltage 26.4V, voltage drop 2V max. (switching current 30mA). Reduced wiring type（dual output）: switching current 30mA max. (resistive load), output voltage 26.4V, voltage drop 2V max. (switching current 30mA).

External input When ON (short-circuit current is approx. 1mA): DC 0—1V. When OFF: open or connection to + side of power supply

Response time 50μs（High Speed）, 250μs（Fast）, 500μs（Semi-Fast）, 1ms（Normal）and 5ms（High Power）

Timer function Type Timer OFF, ON delay, OFF delay, one shot, ON-delay + one shot , and ON delay + OFF delay. 04-□S: ON heartbeat , OFF heartbeat, ON delay + heartbeat, and OFF delay + heartbeat.

Positive edge latch, negative edge latch, ON delay + positive edge latch, and ON delay + negative edge latch.

Preset 250μs, 500μs and 1ms to 5ms: 1ms unit, 500μs unit and 6 to 99ms: 1ms unit, 100ms to 900ms: 100ms unit, and 1s to 90s: 1s unit. value Heartbeat only: 1ms to 5ms: 1ms unit, 500μs unit and 6 to 99ms: 1ms unit, 100ms to 900ms: 100ms unit, and 1s to 90s: 1s unit.

Light emitter Red LED

Display function Output indicator: orange. Preset value: green 4-digit LED. Incoming light level: red 4-digit LED. Preset value + incoming light level / preset value + relative value / peak + incoming / bottom + incoming / peak + bottom.

Reduced wiring type addition Up to 15 expansion units can be connected.

Ambient light immunity Incandescent light: 5,000 lux max. Sunlight: 20,000 lux max.

Operating temperature –20 to +55˚C＊

Storage temperature –40 to +70˚C

Operating humidity 35 to 85% (no condensation allowed)

Vibration resistance 10 to 55Hz, 1.5mm peak-to-peak amplitude, 2 hours each in X, Y and Z directions

Shock resistance 500m/s2, 3 times each in X, Y and Z directions

Weight HPX-AG□□-1S/-2S/-3S/-4S: approx. 75g, -5S/-6S: approx. 40g (body only with 2m cable)

Circuit protection Power supply reverse connection protection circuit, malfunction prevention circuit at power ON (approx. 200ms), output short-circuit protection circuit

＊ Operating temperature is different depending on the number of gang-mounted sensor units. 1 or 2 units: –20 to +55°C, 3 units: –20 to +50°C, 4 or 5 units: –20 to +45°C, 6 units: –20 to +40°C The HPX-AG06 (2-setting and 2-output model) and HPX-AG07 (zone setting model) do not have Fast or High Speed response time (sensing type) settings. After Semi Fast, the next fastest speed is Semi High Speed (140μs). For the response time of the HPX-AG08 (differential setting model), please contact Yamatake Corporation.

1 9 2 FIBER UNIT AND SENSING TYPE COMBINATIONS Thru scan Cable length Group Appearance Sensing type Scanning distance (mm) Features (cuttable) Bend radius Catalog listing

3 11 HPF-T001 HP3 2,230 Long nL3 1,450 Core: 1.4 dia. (1) M4 Long scanning Free cut SF3 1,160 R20 distance distance 2m FT3 635 HS3 360 3 15 HPF-T002

Core: 1.4 dia. (1) 3 dia. Lens HPF-T003 3 11

Core: 1 dia. (1) M4 Standard R20 Sleeve 1.2 dia. Lens

3 HPF-T004 15

Core: 1 dia. (1) 3 dia.

Sleeve 1.2 dia. HP3 1,200 nL3 800 Standard 10 10 SF3 640 Free cut HPF-T005 ± 2m 65 4 15 FT3 350 Core: 1 dia. (1) M4 HS3 200 Sleeve R10/R20 (flexible)

10 10 HPF-T006 65 ± 4 15 Core: 1 dia. (1) 3 dia.

Standard diameter

9.5 and R20 HPF-T045 13.5 compact Core: 1 dia. (1) M3

HP3 140 nL3 95 Static installation,

11 SF3 75 flexible, and R1 HPF-T024 FT3 42 small diameter Core: 0.5 dia. (1) M3 HS3 24 Lens

3 ± 0.3 11 HPF-T025 HP3 865 Ultra Core: 1 dia. (1) M4 nL3 600 Static installation, bend - SF3 470 flexible, and Free cut 2m R2 tolerant FT3 260 standard model HS3 150 8 HPF-T031

Core: 1 dia. (1) 3 dia.

± 15 3 12 HP3 55 nL3 35 Static installation, SF3 28 flexible, and R1 HPF-T026 FT3 15 side view model Sleeve 1 dia. 2.5 dia. HS3 8

3115

5 Lens HP3 865 nL3 570 SF3 15 450 Elbow R20 HPF-T010 FT3 250 Core: 1 dia. (1) M4 HS3 140 HP3 140 Static installation, nL3 95 Space 10 flexible, SF3 75 Free cut R1 HPF-T028 saving 2m 10 FT3 42 small diameter, Core: 0.5 dia. (1) HS3 24 and flat top view model Front view Side view 15 HP3 210 1.75 light axis center 3.3 10 nL3 140 Static installation, 5 SF3 110 flexible, standard, and R5 HPF-T028LF 10 FT3 60 flat side view model

Core: 1 dia. (1) 2-M3 HS3 35

15 ± 3 12 HP3 145 nL3 110 Small diameter Free cut SF3 90 R15 HPF-T007 sleeve 2m FT3 48 Sleeve 1 dia. 2.5 dia. HS3 28

15 15 HP3 55 nL3 35 Fine diameter SF3 28 Free cut R5 HPF-T037 Side view sleeve 1m FT3 15 Sleeve 0.88 dia. 2.5 dia. HS3 8

35 HP3 660 nL3 440 Free cut SF3 350 Standard diameter HPF-T042 2m R20 FT3 190 3 dia. HS3 110

Sleeve 0.5 dia. HP3 34 nL3 25 Small Free cut SF3 20 Fine diameter R15 HPF-T015 diameter 5 ± 2 15 2m FT3 11 Core: 0.25 dia. (1) 3 dia. HS3 7 For the HPX-AG06 (dual output, dual set values) and HPX-AG07 (active zone setting), the FT3 and HS3 sensing modes (for response speed) are not available. The sensing mode faster than SF3 is SH3, with approx. 35% of the sensing distance of nL3. For the response time of the HPX-AG08 (differential setting model), please contact Yamatake Corporation.

10 Cable length Group Appearance Sensing type Scanning distance (mm) Features(cuttable) Bend radius Catalog listing

HP3 17 nL3 12 6 SF3 10 HPF-T036 10 FT3 5 Core: 0.125 dia. (1) 1.5 dia. HS3 3 Fine diameter HP3 34 nL3 25 6 SF3 20 Connector HPF-T038 0.5m FT3 11 Core: 0.25 dia. (1) 1.0 dia. HS3 7

Sleeve 0.4 dia. HP3 17 nL3 12 Fine diameter SF3 10 HPF-T039 5 10 sleeve FT3 5 Small Core: 0.125 dia. (1) HS3 3 R15 diameter Sleeve 0.4 dia. HP3 35 nL3 20 Fine diameter SF3 18 HPF-T040 60 ± 3 15 sleeve FT3 10 Core: 0.25 dia. (1) 3 dia. HS3 8

HP3 300 nL3 200 SF3 160 Small diameter Free cut HPF-T043 22 2m FT3 90 Core: 0.5 dia. (1) 2 dia. H3 45

HP3 675 nL3 450 Small diameter and 11 SF3 360 HPF-T044 long scanning distance FT3 195 Core: 0.75 dia. (1) M3 HS3 110

11 HPF-T008

Core: 0.25 dia. (1) M3

HP3 180 nL3 120 Elastic small 15 SF3 100 HPF-T046 diameter FT3 50 Core: 0.25 dia. (4) 1.5 dia. HS3 30 Elastic Free cut 2m R4

10 HPF-T009

Core: 0.25 dia. (4) 1.5 dia.

Lens HP3 940 nL3 650 Elastic standard SF3 520 HPF-T033 3 11 diameter FT3 280 Core: 0.25 dia. (16) M4 HS3 160

Lens HP3 700 nL3 460 SF3 365 To 105˚C R25 HPF-T012 3 11 FT3 200 HS3 115 Core: 1 dia. (1) M4 Free cut 2m HP3 1200 nL3 800 SF3 R35 1 15 640 To 150˚C HPF-T017 17 FT3 350 Heat Core: 1.5 dia. (1) M4 HS3 200 resistant Lens HP3 620 nL3 410 Connector 3 SF3 325 To 200˚C R15 HPF-T018 15 (10) 1m Glass fiber: FT3 180 1 dia. (0.05 dia. x 320) (1) M4 HS3 100

Lens HP3 660 nL3 440 Heat and Connector SF3 355 cold resistant from R25 HPF-T014 3 17 2m Glass fiber: 30 FT3 190 -60˚C to +350˚C 0.05 dia. (0.05 dia. x 370) M4 HS3 110

(Lens incorporated) HP3 4,140 nL3 2,760 Parallel beam SF3 2,200 HPF-T019 17 11 FT3 1,200 top view M4 HS3 680 R20 HP3 4,500 1.3 4.3 nL3 3,000 Narrow Parallel beam Free cut (Lens incorporated) SF3 2,390 HPF-T020 beam 2m FT3 1,300 side view 4 dia. HS3 750

(Lens incorporated) HP3 3,600 nL3 2,400 Narrow beam 17 11 SF3 1,920 R15 HPF-T023 FT3 1,050 top view M4 HS3 600

HP3 500 nL3 500 Narrow beam Core: (Lens Mapping SF3 500 -1.5˚/+1.5˚max. Free cut R5 HPF-T030 1.5 dia. (1) incorporated) 2m FT3 450 side view 9 15 HS3 130

For the HPX-AG06 (dual output, dual set values) and HPX-AG07 (active zone setting), the FT3 and HS3 sensing modes (for response speed) are not available. The sensing mode faster than SF3 is SH3, with approx. 35% of the sensing distance of nL3. For the response time of the HPX-AG08 (differential setting model), please contact Yamatake Corporation.

11 Cable length Group Appearance Sensing type Scanning distance (mm) Features(cuttable) Bend radius Catalog listing

HP3 790 nL3 15 10 520 7.5 SF3 415 Array R4 HPF-T021 7.5 8 FT3 230 15 HS3 130 38.3 HP3 3,600 nL3 2,400 14.5 15 SF3 1,900 Beam 15mm wide HPF-T021T FT3 1,000 HS3 580 Wide beam Free cut 38.3 HP3 3,450 2m nL3 2,300 Beam 15mm wide 17 14.5 SF3 1,800 R15 HPF-T021S FT3 950 Side beam 15 HS3 500 71.3 HP3 3,600

23 nL3 3,600 30 SF3 3,200 Beam 30mm wide HPF-T021WT FT3 1,700 HS3 1000

12 Diffuse scan Cable length Group Appearance Sensing type Scanning distance (mm) Features (cuttable) Bend radius Catalog listing

HP3 580 nL3 400 Long Long scanning Free cut 3 SF3 285 R20 HPF-D001 distance 20 distance 2m FT3 175 Core: 1.4 dia. (2) M6 HS3 80

3 HPF-D002 20 HP3 430 nL3 300 Core: 1 dia. (2) M6 Free cut Standard SF3 215 Standard 2m R20 65 ± 4 20 FT3 130

2.5 dia. HS3 80 HPF-D003

Core: 1 dia. (2) M6

HP3 25 nL3 19

11 SF3 15 Small diameter R1 HPF-D029 FT3 8 Core: 0.5 dia. (2) M3 HS3 3

HP3 230 nL3 160 3 SF3 115 Standard R2 HPF-D030 20 FT3 70 Core: 1 dia. (2) M6 HS3 30

Sleeve 1.2 dia. HP3 25 ± Ultra 40 2 11 nL3 19 10 10 Small diameter bend - SF3 15 Free cut R10/R1 HPF-D031 sleeve (bendable) 2m tolerant FT3 8 Core: 0.5 dia. (2) M4 HS3 3 Lens HP3 50 nL3 35 18 SF3 25 Coaxial R1/R4 HPF-D032 Core: 0.5 dia. (emitter core dia.)(1) FT3 14 Core: 0.25 dia. (receiver core dia.)(4) M3 HS3 7

HP3 240 nL3 160 15 30 SF3 130 Standard diameter R5 HPF-D044 FT3 70 Core: 1 dia. (2) 3 dia. HS3 40

15 1.5 light axis center 10 3.3 HP3 105 nL3 70 Static installation, 5 Free cut Compact 10 SF3 55 flexible, standard, and R2 HPF-D045LF 2-M3 2m Core: FT3 30 flat side-view model 1 dia. (2) HS3 15

11 HPF-D004

Core: 0.5 dia. (2) M3 Small diameter HP3 110 nL3 80

15 SF3 60 HPF-D005 FT3 35 Core: 0.5 dia. (2) HS3 15 3 dia. Free cut 2m Sleeve 1.2 dia. Lens 65 ± 4 11 10 10 Small diameter HPF-D006 sleeve Core: 0.5 dia. (2) M4 R15 HP3 215 nL3 150 Small diameter Small 15 SF3 110 long scanning HPF-D018 diameter FT3 65 distance Core: 0.75 dia. (2) M4 HS3 30

Sleeve 0.82 dia. HP3 11 nL3 8 Fine diameter SF3 6 Free cut HPF-D019 15 ± 2 15 0.5m FT3 4 sleeve Core: 0.25 dia. (2) 3 dia. HS3 2

Sleeve 1.5 dia. HP3 95 nL3 65 Small diameter Free cut SF3 45 15 ± 2 10 2m HPF-D021 FT3 28 sleeve Core: 0.5 dia. (2) 3 dia. HS3 13

Sleeve 0.82 dia. HP3 11 nL3 8 Fine diameter SF3 6 Free cut 5 ± 2 10 0.5m R4 HPF-D039 FT3 4 sleeve Core: 0.25 dia. (2) 2.5 dia. HS3 2

HP3 430 3 nL3 300 20 SF3 215 R20 HPF-D009 Core: 1 dia. (emitter core dia.)(1) FT3 130 Core: 0.25 dia. (receiver core dia.)(16) M6 HS3 60 Coaxial Coaxial Free cut Lens HP3 95 2m nL3 65 18 SF3 45 R15 HPF-D010 Core: 0.5 dia. (emitter core dia.)(1) FT3 28 Core: 0.25 dia. (receiver core dia.)(4) M3 HS3 13

1 13 2 Cable length Group Appearance Sensing type Scanning distance (mm) Features(cuttable) Bend radius Catalog listing

Lens HP3 70

18 nL3 45 Connector 23 SF3 30 R4 0.5m HPF-D034 Core: 0.25 dia. (emitter core dia.)(1) FT3 20 Core: 0.25 dia. (receiver core dia.)(6) M3 HS3 8 Lens

18 5 Coaxial HPF-D035 Core: 0.5 dia. (emitter core dia.)(1) HP3 95 Core: 0.25 dia. (receiver core dia.)(9) M3 nL3 95 Coaxial SF3 70 Lens FT3 40

16 HS3 20 Free cut R15 2m HPF-D038 Core: 0.5 dia. (emitter core dia.)(1) Core: 0.25 dia. (receiver core dia.)(9) M4 22 HP3 100 nL3 65 15 Small diameter 50 Sleeve 2 dia. SF3 coaxial HPF-D042 Core: 0.5 dia. (emitter core dia.)(1) FT3 30 Core: 0.25 dia. (receiver core dia.)(9) 3 dia. HS3 15 Sleeve 2 dia. 40 ± 4 15 Small diameter HPF-D011 HP3 45 sleeve Core: 0.5 dia. (2) 3 dia. nL3 30 SF3 20 R15 Sleeve 2 dia. 15 15 FT3 13 HS3 7 Small diameter Side view Free cut HPF-D041 short sleeve 2m Core: 0.5 dia. (2) 2.8 dia.

35 HP3 180 nL3 120 SF3 95 Standard diameter R20 HPF-D043 FT3 50 6 dia. HS3 30

HP3 265 3 nL3 190 20 Free cut SF3 140 Standard 2m HPF-D012 Core: 0.25 dia. (emitter core dia.)(16) FT3 80 Core: 0.25 dia. (receiver core dia.)(16) M6 HS3 40

HP3 17 6 nL3 15 Small diameter Connector Elastic 10 SF3 11 R4 HPF-D036 sleeve 1m Core: 0.25 dia. (emitter core dia.)(2) FT3 7 Core: 0.25 dia. (receiver core dia.)(2) 1.5 dia. HS3 3

HP3 21 nL3 15 10 Free cut SF3 11 Small diameter 2m HPF-D037 Core: 0.25 dia. (emitter core dia.)(2) FT3 7 Core: 0.25 dia. (receiver core dia.)(2) M3 HS3 3

HP3 190 nL3 190 3 SF3 140 20 To 105˚C R25 HPF-D013 FT3 80 Core: 1 dia. (2) M6 HS3 40 Free cut HP3 430 2m nL3 300 3 13 SF3 215 To 150˚C R35 HPF-D022 17 FT3 130 Core: 1.5 dia. (2) M6 HS3 60

Heat 2 14 10 To 200˚C HPF-D023 resistant HP3 190 Glass fiber: 1.4 dia. M6 nL3 130 SF3 95 Free cut 1m R15 Sleeve 2.1 dia. FT3 60 HS3 25 Sleeve 5 heat resistant to HPF-D024 70 19 200˚C Glass fiber: 1.4 dia. M6

HP3 160 nL3 160 Heat and 3 17 Connector SF3 120 cold resistant from R25 25 2m HPF-D015 FT3 70 -60˚C to 350˚C Glass fiber: 1.5 dia. M6 HS3 30

(Built-in lens) HP3 20 Parallel nL3 20 Parallel beam SF3 20 Free cut 2m R15 HPF-D025 beam (10.7) 20.5 FT3 20 reflection M5 HS3 20

HP3 290 15 Wide 20 nL3 200 10 Free cut SF3 150 Array R4 HPF-D026 beam 10 2m 13 FT3 90 20 HS3 40

HP3 2.5 ± 0.5 ±

12 nL3 2.5 0.5 Limited (4.5) Free cut SF3 2.5 ± 0.5 Limited reflection R15 HPF-D028 reflection 74 ± 2m 3 19 FT3 2.5 0.5 HS3

1 14 2 Cable length Group Appearance Sensing type Scanning distance (mm) Features (cuttable) Bend radius Catalog listing

16 2000 min. HP3 7.4±1.8 6 6.5 nL3 7.4±1.8 SF3 7.4±1.8 HPF-D028T 18 Dia 1 (2) FT3 Limited HS3 Limited reflection Free cut R15 reflection 18.6 2000 min. HP3 5.2±2.0 2m 2.6 6 6.5 nL3 5.2±2.0 SF3 5.2±2.0 HPF-D028F 18 Dia 1 (2) FT3 HS3

Wet process Cable length Group Appearance Sensing type Scanning distance (mm) Features (cuttable) Bend radius Catalog listing

(Built-in lens) HP3 4,500 nL3 3,000 5 SF3 2,160 HPF-T029 Core: 13.7 FT3 1,300 3 dia. (effective lens dia.)(1) 4.7 dia. HS3 580 PFA tube R20 HP3 1,030 small diameter 14.8 Oil and nL3 690 Free cut chemical- 5 SF3 490 2m HPF-T035 proof FT3 300 4.7 dia. HS3 140

HP3 190 nL3 130

16 SF3 95 PFA tube R20/R80 HPF-D014 FT3 60 Core: 1 dia. (2) 6 dia. HS3 25 Pipe-mounted. Light received when HPF-T032 liquid present. 28 3 to 13mm dia. pipes. Free cut 5m R4 Pipe-mounted. Light received when HPF-T034 liquid absent. 28 8 to 19mm dia. pipes. Liquid level

Contact type. 20 R25/R40 HPF-D027 (60)(Bending not allowed) PFA tube 6mm dia. 6 dia. Free cut 2m

15 Contact type. R15/R30 HPF-D033 (40)(Bending not allowed) PFA tube 4mm dia. 4 dia. 30.9 4 13 Free cut Liquid leak 20 Contact type 5m R20 HPF-D040

Vacuum Cable length Group Appearance Sensing type Scanning distance (mm) Features (cuttable) Bend radius Catalog listing Lens HP3 360 Thru nL3 240 SF3 170 HPF-VT07 scan 3 20 Glass fiber: 30 FT3 105 1.2 bundle dia. (1) M4 HS3 50 Heat resistant to 350˚C. Elbow connection 3 Connector 20 R25 HPF-VD07 35 HP3 35 1m Diffuse Glass fiber: 1.7 bundle dia. M6 nL3 35 SF3 35 scan FT3 15 HS3 Heat resistant to 3 20 350˚C. HPF-VD09 35 Straight connection Glass fiber: 1.7 bundle dia. M6

Air side Free cut 2 10 10 (2 units) 2m R20 HPF-VA01 Core: 1 dia. 8 7 (8) 22 Heat resistant to 6.8 2.5 200˚C. Light connector HPF-VJ03 (2 units)

15 CHARACTERISTICS DIAGRAMS (typical examples) Excess gain

HPF-T003 HPF-T021T HPF-D002

1000 1000 1000 HP3 HP3 HP3 nL3 nL3 nL3 SF3 SF3 SF3 Ft3 Ft3 Ft3 100 100 HS3 100 HS3 HS3

+15×0.5 slit・nL3 10 10 10 +15×0.5 slit・SF3

1 1 1 Excess gain factor (times) Excess gain factor (times) Excess gain factor (times)

0.1 0.1 0.1 0 5001000 1500 2000 0500 1000 1500 2000 05001000

Scanning distance (mm) Scanning distance (mm) Scanning distance (mm)

HPF-D028T HPF-D028F HPF-D034+Micro-spot lens unit（HPF-LU07）

1000 HP3 1000 HP3 100 SF3 nL3 nL3 Ft3 SF3 SF3 HS3 100 Ft3 100 Ft3 HS3 HS3 10

10 10

1 1 Excess gain factor (times) Excess gain factor (times) Excess gain factor (times)

0.1 0.1 0.1 01051520 0105 15 20 051015 20

Scanning distance (mm) Scanning distance (mm) Scanning distance (mm)

Parallel displacement

HPF-T003 HPF-T003+Long-distance lens unit（FE-PA-L1） HPF-T015

800 HP3 800 nL3 100 HP3 nL3 80 nL3 600 600 HS3 HS3 60 400 400 40 200 200 20

0 0 0

-200 -20 -200 -40 -400 -400 -60 -600 Parallel displacement (mm) Parallel displacement (mm) -600 Parallel displacement (mm) -80

-800 -800 -100 0 500 1000 1500 2000 2500 3000 0 500 1000 1500 2000 2500 3000 0 50 100 150 200 Scanning distance (mm) Scanning distance (mm) Scanning distance (mm)

HPF-T021T HPF-T021WT

Right and left detection Right and left detection 150 HP3 150 HP3

(mm) nL3

nL3 (mm) Ft3 X 100 Ft3 100 X

50 50 L L 0 0 X X -50 -50

-100 -100

Parallel displacement -150 -150 Parallel displacement 0 500 1000 1500 2000 2500 3000 0 500 1000 1500 2000 2500 3000 Scanning distance L (mm) Scanning distance L (mm)

Up and down detection Up and down detection 150 150 HP3 HP3 nL3 (mm) nL3 Ft3 (mm) X 100 Ft3 100 X 50 50 L L 0 0 X X -50 -50

-100 -100 Parallel displacement

Parallel displacement -150 -150 0 500 1000 1500 2000 2500 3000 0 500 1000 1500 2000 2500 3000 Scanning distance L (mm) Scanning distance L (mm)

Detection area characteristics

HPF-D002 HPF-D034+Micro-spot lens unit（HPF-LU07）

200 4.0 nL3 HP3 160 nL3 Ft3 3.0 HS3 120 2.0 80

40 1.0

0 0

-40 -1.0 -80 -2.0 -120

Parallel displacement (mm) Parallel displacement (mm) -3.0 -160

-200 -4.0 0 500 1000 05101520 25 30

Scanning distance (mm) Scanning distance (mm)

16 SCANNING DISTANCE WHEN USED WITH ATTACHMENT

Attachment FE-PA-L1 long-distance lens unit

Fiber unit Sensing HPF-T003/T004 HPF-T010 HPF-T012 HPF-T014 HPF-T018 mode High Power／ 5ms 8,400mm 6,000mm 3,000mm 4,500mm 4,300mm Normal／1ms 4,800mm 3,400mm 1,850mm 2,600mm 2,480mm

Attachment FE-PA-S1 or HPF-VL05 side view lens unit

Fiber unit Sensing HPF-T003/T004 HPF-T012 HPF-T014 HPF-T018 HPF-VT07 mode High Power／5ms 1,400mm 670mm 570mm 550mm 420mm Normal／1ms 800mm 370mm 330mm 310mm 240mm

Attachment HPF-VL06 ultra long distance lens unit

Fiber unit Sensing HPF-T003/T004 HPF-T012 HPF-T014 HPF-T018 HPF-VT07 mode High Power／5ms 14m 5m 7.7m 7.2m 4.2m Normal／1ms 8m 3.1m 4.4m 4.2m 2.4m

Notes : 1. Values indicate capability. Actual scanning distance is limited by fiber length (standard 2m x 2 4m). 2. The data for combinations with the HPF-VT07 assumes that it is used with the HPF-VJ03 light connector and the HPF-VA01 fiber unit for air.

CHARACTERISTICS OF COAXIAL DIFFUSE SCAN FIBER UNIT AND LENS ATTACHMENT (spot diameter) COMBINATIONS

Fiber unit catalog listing Lens catalog listing Scanning distance / spot diameter High Power Normal SF FT High Speed

HPF-D034 4.6mm / approx. 0.1mm HPF-D010 HPF-LU07 HPF-D032 4.6mm → approx. 0.2mm HPF-D035 HPF-D034 7mm → approx. 0.2mm HPF-D010 HPF-LU01 HPF-D032 7mm → approx. 0.4mm HPF-D035 HPF-D010 * 19mm → approx. 0.2mm HPF-D032 HPF-LU02 * * HPF-D035 HPF-D034 19mm → approx. 1mm * HPF-D038 HPF-LU08 33mm → approx. 1mm * HPF-D025 — Depends on amplifier used.

Notes : 1. The HPF-D025 is not combined with a lens. 2. This data is based on a standard target (white paper). For individual applications, check detection under actual operating circumstances. 3. : Applicable. *: Detection may be possible, depending on the target.

17 EXTERNAL DIMENSIONS (unit: mm)

Preleaaded types ＊4

＊5

° 140 Light signal window ° 5 10 10 95.5

Notes: ＊1. Mounting bracket sold separately (catalog listing: HPX-PA04). 2. Materials. Case: PC resin, black

6.2 ＊3 Control panel cover: PC resin, gray transparent 30.2

33.9 Mounting bracket: Stainless steel plate ＊3. Oil-resistant cable. 2-core: AG06-5S, AG08-5S, AG11-5S 3-core: AG00-1S/2S/3S/4S, AG04-5S, AG07-S 4-core: AG01-1S/2S/3S/4S, AG06-3S, AG08-3S, AG11-3S 3.4 5.5 5-core: AG02-1S/2S, AG03-1S/2S, AG04-3S, AG09-3S 3.7 11.2 ） For the above units: outer diameter 4.2, insulator diameter 1.2, and nominal cross-section 0.2mm2. 4.2

（ Sheath color is gray. (3.3 dia. hole) 15.9 （35.2） 1-core: AG00-5S/6S, AG07-5S 1 70.2 1 Outer diameter 2.6, insulator diameter 1.2, nominal cross-section 0.2mm2. Sheath color is gray.

）＊4. Female connector structure for attaching a reduced Mounting bracket ＊1 （3-2.2） wiring connector(for both main unit and expansion unit). 3-3.3 ＊5. Reduced-wiring type expansion unit has a connector （ structure (male) for attaching additional units.

（25.2）（16）

＊3 ＊4 ＊5 M8 connector M8 connector types

Notes: ＊1. Mounting bracket sold separately (catalog listing: HPX-PA04). When installing with the mounting bracket, mounting flush against the wall is not possible if 10 Light signal window ° a cable plug with an outer diameter larger than 140 ° 10mm is used. 5 0 1 2. Materials. Case: PC resin, black Control panel cover: PC resin, gray transparent Mounting bracket: Stainless steel plate ＊3. Please use the M8 connector or 8 dia. snap-in connector / female 4 contacts(IEC 61076-2-101). 6.2

30.2 ＊4. Screw the coupring by hand.(0.3 to 0.4N•m) 33.9 ＊5. Contiguous side-by-side mounting of multiple units in a single line is not possible if a cable plug with an outer diameter larger than 10mm is used. 5.5 3.4 3.7 9 ） 4.2 （ (3.3 dia. hole) 15.9 （35.2） 1 70.2 1

Mounting bracket ＊1

1 18 2 NAMES OF PARTS

AUTO/OK: Auto tuning button (＊1)

Set value (＊2) Received light level (＊2) (green) (red) FUNC/CANCEL: Function select button (＊3) Control panel

Operating indicator + button - button (orange)

＊1: This button is also used as the SET button during setup. ＊2: Display can be set by selecting a display type in the function selection menu. ＊3: This button is also used for LO/DO setup or cancellation.

WIRING DIAGRAM FOR AMPLIFIER

Preleaaded types

● Input/output circuit and connection NPN type ● Input/output circuit and connection PNP type Brown ＊1 Brown ＊1

Output 1 Load Black Output 1 Load Black Output 2 Orange ＊2 12 to 24Vdc Load 12 to 24Vdc Output 2 Orange ＊2

Main circuit Main circuit Load Blue ＊1 Blue ＊1

External input 1 ＊3 Pink External input 1 ＊3 Pink

External input 2 ＊4 White External input 1 ＊4 White

＊1. Power to expansion units is supplied through the main unit. ＊1. Power to expansion units is supplied through the main unit. ＊2. HPX-AG02/03/06/08-□S only. ＊2. HPX-AG02/03-□S only. ＊3. HPX-AG01/02/03/04/09/11-□S only. ＊3. HPX-AG01/02/03/09-□S only. ＊4. HPX-AG09-3S only. ＊4. HPX-AG09-4S only.

M8 connector types

● Input/output circuit and connection NPN type（HPX-AG00-1S-CT) ● Input/output circuit and connection PNP type

Brown Brown 1 1

Black Output Load Output 1 Black 4 4

12 to 24Vdc ＊1 Load 12 to 24Vdc Main circuit Main circuit Output 1 White 2 Load Blue Blue 3 3

＊1 ． HPX-AG06-2S-CT only.

M8 connector contact arrangement

19 HPX-AG REFERENCE MANUAL Frequently used operations are summarized on this card. For more detail, refer to the user's manual included with the HPX-AG digital fiber-optic sensor.

Peel-off reference stickers are also available in Japanese, English or Chinese.

REFERENCE MANUAL Hold key Single Press, or hold for down press auto increment/ decrement/cycle

Amplifier operator unit Key lock ＊ Locks the keys. Auto-tuning button Function selection button Preset value Incoming light level

FUNC ＋ Also an OK Also used Hold FUNC and press + for 3+ button for Output indicator +Button -Button to cancel a seconds to set key lock or cancel it. setup. function.

Manual tuning LO/DO selection Sensing type selection

1 Press FUNC once. 1 Press FUNC for 3+ seconds. 2 Press AUTO once. + - 2 Use + and - to select LO/DO. 3 Use + and - to select. Set value Set value 3 Press AUTO/OK to set. increases. decreases. 4 Press AUTO/OK to set. Auto-tuning 2Pnt（ 2-point tuning） : Press AUTO once with target object and once without it. 2 bgS （BGS tuning） : 1 Press AUTO once. 2 Hold AUTO for 3+ seconds.

Ｐcnt （percent tuning） : 1 Press AUTO once. 2 Use + and - to set the %. 3 Press AUTO once.

Note: For other operations, refer to the user's manual.

HANDLING

1. Handling precautions 2. Wiring • Output is disabled upon power-up for approx. 200ms until the unit • If an extension is necessary, use cable at least 0.3mm2 in dia. and stabilizes. at most 100m long. • When used in an environment with much dust, be sure to take • If the wires of photoelectric sensor are laid in the same conduit as countermeasures to keep dust away from the sensor head by high-voltage or power lines, inductance may cause malfunction or using a sealed case or air purge. damage. Isolate the photoelectric sensor's cable or lay it in a • Use a cover or change the mounting direction to ensure the separate conduit. sensor's correct operation if interference from ambient light is • When using a commercially available switching regulator, ground considerable. the frame ground and ground terminals. If used without grounding, • Even when oil-resistant cable is used, do not use in a location switching noise may cause malfunction. subject to continuous splashing by water or oil, or where the unit • When using a load which generates an inrush current above the is dipped in liquid. Ensure that the end of the cable is not subject switching capacity, such as a capacitive load or incandescent to splashing by water or oil. lamp, connect a current-limiting resistor between the load and the • Water or oil splashed on the fiber head may cause incorrect output terminals. (Otherwise, the output short-circuit protection operation. Shield the sensor head to prevent direct splashes. function will be activated.) • Do not use where exposed to chemicals (organic solvents, acids, alkalis, etc.) • To clean the sensor head, wipe lightly with a soft, clean cloth. Do not use an organic solvent such as benzine or paint thinner. • Pulling with excessive force may break the cable. Do not apply a force of more than 50N. • Do not bend the part of the cable nearest to the amplifier beyond the bend radius of 30mm. Avoid continuous bending stress. • The detection distance or display value may vary depending on variations in the individual amplifier, installation circumstances, and/or type of fiber unit.

Before selecting or using a model, please carefully read the specification sheets and user's manual.