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Laser Displacement Sensor
Compact Displacement Sensor with
1.5-micron Resolution Offers
Long-distance Measurement for
In-line Production Inspection
High resolution with 3 user-selectable
response speed levels, for varying
operational needs
Non-spherical, high precision glass lens
assures minimal temperature drift
Up to 140 mm sensing range
Automatic sensitivity selection minimizes
sensing errors caused by color or
surface variations
Compact sensor head incorporates
easy-to-use range indicators
Amplifier can be DIN-rail mounted
Connects to the Z49-SF2 Laser Safety
Kit to conform to FDA standards
Ordering Information
SENSORS
Sensing distance
40±10 mm (1.57 ±.40in)
100±40 mm (3.93 ±1.6in)
ACCESSORIES
Description
Extension Cable
Laser Safety Kit
Resolution (response speed selected)
1.5 µm (60 ms)
10 µm (2 ms)
40 µm (0.15 ms)
8 µm (500 ms)
30 µm (20 ms)
150 µm (0.7 ms)
3 m (9.84 ft)
8 m (26.25 ft)
—
Z4M
Part number
Z4M-W40
Z4M-W100
Part number
Z49-C1 3M
Z49-C1 8M
Z49-SF2
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Table of Contents
Related Manuals for Omron Z4M-W10
Summary of Contents for Omron Z4M-W10
- Page 1 Laser Displacement Sensor Compact Displacement Sensor with 1.5-micron Resolution Offers Long-distance Measurement for In-line Production Inspection High resolution with 3 user-selectable response speed levels, for varying operational needs Non-spherical, high precision glass lens assures minimal temperature drift Up to 140 mm sensing range Automatic sensitivity selection minimizes sensing errors caused by color or surface variations...
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Page 2: Application Examples
Application Examples Industry: Assembly Machinery Industry: Electronics Application: Application: IC chip orientation Presence/absence of thin cap liner Z4M-W100 Amplifier Z4M-W40 Amplifier Decision output 4 to 20 mA K3TS Panel Meter Z4M-W40 Z4M-W100 Sensor Sensor Synchronous signal Sensor ES3-X Good Failed =80±0.5 mm) =82±0.2 mm) Cross... -
Page 3: Engineering Data
Note: 1. The FS (Full Scale) value (listed in the preceding table) is calculated as follows: Example: 1% FS on the Z4M-W40 Distance full scale conversion: 20 mm x 0.01 = 0.2 mm Voltage full scale conversion: 8 V x 0.01 = 80 mV Part Number Z4M-W40 Z4M-W100... - Page 4 ANGLE CHARACTERISTICS (TYPICAL EXAMPLE) The angle characteristics were obtained by detecting an object with different angles of inclination at the measurement point and plotting the linear output error resulting from each operation. Z4M-W40 Inclined Object Obliquely Positioned Object White ceramic White ceramic Black paper Black paper...
- Page 5 Z4M-W40 Inclined Object Inclined Object Inclined Object White ceramic White ceramic White ceramic Black paper Black paper Black paper Rolled steel Rolled steel Rolled steel plate plate plate Inclination angle 0 ° Inclination angle +10° Inclination angle -10° Measurement point Measurement point Measurement point (distance in mm)
- Page 6 Nomenclature SENSOR Range Indicators NEAR indicator FAR indicator Warning for laser (An English warning sticker is provided with the model. At- tach the sticker here.) Emitter (laser beam emitter) Receiver Connector AMPLIFIER Connector terminals NEAR indicator FAR indicator Stability indicator Offset adjustor Span adjustor Sensitivity selector...
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Page 7: Operation
Operation FUNCTIONS Classification Functions Range indicators The FAR green indicator and NEAR green indicator will be lit when the object is within the measurement (NEAR and FAR), also range of the Sensor. used as laser warning When the object is outside the measurement range or in the case of insufficient or excessive light, both the lights (Sensor and NEAR and FAR indicators will blink. - Page 8 Classification Functions Span adjuster The output is adjusted to approximately 8 V FS before shipping. (Amplifier) The span adjustment changes the ratio of the output current (displacement) to the distance. By using the span adjustment, the actual current-distance relationship can be changed to either a higher output current at the same distance or to a lower output current.
- Page 9 K3TS PANEL METER SETTINGS Level 3 One linear Sensor only. IN A is used. No previous average comparison. Peak-to-peak hold. Level 2 ± 9.999 V is selected as the input mode. The number of measuring operations used to obtain the average. Timing delay setting.
- Page 10 Offset Adjustment Offset adjustment is made using a white ceramic object before shipping, so the user may not need to adjust the output. To set the Sensor output to 0 V at the standard distance, connect an Intelligent Panel Meter (such as K3TX or K3TS) to the output terminal of the Sensor.
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Page 11: Accessories (Sold Separately)
AMPLIFIER: Z4M-W40C(FOR Z4M-W40), Z4M-W100C (FOR Z4M-W100) (1.18) Two mounting holes (2.17) Mounting Holes Connector terminals 42.7 M4 Taps 35.2 (3.15) (1.39) (3.50) 89±0.2 (3.86) 12.5 (3.50) 5-conductor, vinyl-insulated, shielded Enlarged view of mounting hole round cable, 5 dia. (18/0.12), standard length: 2 m 21±0.2 (0.83) -
Page 12: Installation
Installation ELECTRICAL CONNECTIONS Output Circuit Diagram Connections Load driving power supply Brown (40 VDC max.) Power supply terminal (12 to 24 VDC) Blue 0 V (common) (0 V) Brown 12 to 24 VDC Orange Enable output (50 mA max. at 40 VDC) Black Pink Linear output -4 to 4 VDC... -
Page 13: Laser Beam Safety
The Z4M Laser Displacement Sensor meets the standards Certification and Identification Label required by the U.S. Food and Drug Administration (FDA). OMRON has also reported to the Center for Devices and Z4M-S100 Radiological Health (CDRH). The report includes the condition 2100 that the Sensor be used as part of a larger system. -
Page 14: Mutual Interference
NOTE: DIMENSIONS SHOWN ARE IN MILLIMETERS. To convert millimeters to inches divide by 25.4. OMRON ELECTRONICS, INC. OMRON CANADA, INC. Omron Europe B.V. EMA-ISD, tel:+31 23 5681390, fax:+31 23 5681397, http://www.eu.omron.com/ema One East Commerce Drive 885 Milner Avenue Schaumburg, IL 60173...