SM2410 Manual del Usuario ESPECIFICACIONES SUJETAS A CAMBIO SIN PREVIO AVISO.
No warranty of any kind is made in regard to this material, including, but not limited to, implied warranties of mechantability or fitness for a particular purpose. We are not liable for any errors contained herein nor incidental or consequential damages in connection with furnishing, performance or use of this material.
**Move the device away from the receiver. **Plug the device into a different outlet so that the device and the receiver are on different branch circuits. If necessary the user may consult the manufacturer, an authorized dealer, or experienced radio/television technician for additional suggestions. The user may find the following booklet prepared by the Federal Communications Commission helpful: “How to Identify and Resolve Radio-TV Interference Problems.” This booklet is available from the U.S.
Laser Safety The Omnidirectional Laser Scan Module complies with safety standard IEC 60825 for a Class I laser product. It also complies with CDRH as applicable to a Class IIa laser product. Avoid long term starting into direct laser light. Radiant Energy: The Omnidirectional Laser Scan Module uses one low-power visible laser diode operating at 650nm in an optomechanical scanner resulting in less than 3.9uW radiated power as observed through a 7mm aperture and averaged over 10 seconds.
Table of Contents Introduction.............................................. 1 Unpacking.................................................1 Finding Your Way Around....................... 2 Connecting and Mounting.......................3 Power.................................................... 3 Verifying Scanner Operation................. 3 Mounting................................................4 Connecting to the Host..........................6 Setting Up the Scanner......................... 6 Scan Test.
Introduction This Omnidirectional Laser Scan Module is an easy-to-intergrate unit that performs 5 directions of scan field with a 20line scan pattern cycling at 1200 scan per second for quick accurate reads. The scanner’s smart small cubic design allows for easy integration into new equipment and efficiently reduces overall equipment size. Multiple interfaces include keyboard, RS232C, USB1.1, and wand are offered at owner’s convenience.
Finding Your Way Around Front View Back View Bottom View 2
Connecting and Mounting Power The scanner needs a minimum of 200mA at 5V power. The power link interface cable that comes with the scanner supports both direct power (where the scanner takes power from the host machine) and external power (the power adapter that's plugged into an AC outlet). If the host machine supplies power, it must be the same as the input power specified (200mA @ 5V). When external power is used, the scanner does not take power from the host machine.
4. When the scanner powers up, LED light up in green and the buzzer makes four short beep sounds. When the self-test is finished the LED light will turn red. 5. Place the "test barcode" in front of the scanner. If the scanner works right, it will make a short beep sound, and the LED will show green light indicating a good read, then the "test barcode" can be removed.
Bottom View Back View Unit: mm (inch) *** SR (strain release) that is connected to the cable rotates 90o to comply with the way the scanner is mounted. Therefore the scanner will be positioned horizontally to the host machine without cable interference for optimal mounting. (See pictures below).
Connecting to the Host The scanner connects to a host terminal by an interface cable. This cable connects to the scanner with a modular connector, and connects to the host terminal with the connector required by the host (RS-232, keyboard wedge, or USB. Different connectors used depending on the host.) Please make sure the right cable is used for connecting the scanner to your host terminal.
Set Up 1. With the scanner running (LED red) and the host system on, scan barcode found on the inside cover of the Programming Guide. 2. Scanner is ready for programming if it gives one low beep sound followed immediately by a high beep sound and LED turns green. 3. Find the barcode which corresponds to the parameter you require in the Programming Guide. 4. Scan the desired barcodes one by one as the scanner beeps once for every barcode it memorizes. 5.
LED indications LED Status Indications off no power applied to the scanner steady red light the scanner is on and ready to scan one blink of green light one barcode has been succesfully decoded steady green light *scanner is in programming mode, *a barcode has been successfully decoded but the object has not been removed from the scan window flashing red light scanner entering sleep mode steady orange light this indicates motor failure (for motor failure, a periodic beeping sound will also be h
Beeps Beeps Status Indications one beep a barcode has been successfully decoded series of 4 beeps *scanner passed self-test and is operating properly *when scanner is powered up series of 2 beeps when scanner is entering programming mode continual beep failure indication, return to repair Changing Beep Volume The scanner can be programmed with the Programming Guide to change beeper tone, volume and period. The default beep volume is loud. There are three sound levels: loud, medium, and low.
Controlling the Scanner from a Host System The scanner can be controlled from the host system via the RS-232C interface. Control can be accomplished by transmitting the following single-byte commands to the scanner.
Specifications Operational Light source Depth of Scan Field Number of Scan Lines Scan Pattern Scan Speed Minimum Bar Width Print Contrast Indicators (LED) Decode Capabilities Beeper Operational System Interfaces 650nm visible laser diode 0-210mm@ UPC/EAN 100%, PCS 90% 20 5 directions of scan field 1200 scan per second 5mil @ PCS 90% 30% @ UPC/EAN100% two-color LED (red and green) UPC/EAN/JAN, UPC Versions A&E, EAN-8, EAN-13, JAN-8, JAN-13, Addendum 2 or 5, ISBN/ISSN, Japanese Bookland, Code 39 (with full
Power Input Voltage Power Operating Current Laser Class EMC 5VDC+10% 1.0Watts 200mA@ 5.0V CDRH Class IIa, IEC 60825-1: Class 1 CE&FCC DOC compliance Environment Operating Temperature 0oC-40oC Storage Temperature Humidity Light Level Shock -20oC-60oC 5%-95% RH (non-condensing) max.
Dimensions 13
Scan Field 5 mil (0.127mm) 5.5 10 6 mil (0.15mm) 4.5 4.0 0 4.58 100.0 3.94 50.0 1.97 0 0 50.0 1.97 100.0 3.94 116.4 mm 4.58 7.5 mil (0.19mm) 14 20 13 mil (0.33mm) 100% UPC/EAN 0 21 26 mil (0.66mm) 0 0 0 30 50.0 1.97 100.0 3.90 in. WIDTH OF FIELD 11.5 10 mil (0.25mm) 116.4 150.0 5.90 200.0 7.87 DEPTH OF FIELD 14 250.0 9.84 300.0 11.81 mm in.
Troubleshooting Problem Diagnostic Tips The scanner is on but cannot read barcodes. The LED is red. *The scanner window is dirty and must be cleaned as described in Maintenance section. *The presented barcode type is not enabled and must be programmed with the programming guide *The host disables the scanner. *The barcode type presented is not supported by this module. The scanner is on but *The scanner has entered sleep the motor is not rotat- mode. Simply present a barcode to ing.
Problem Diagnostic Tips LED remains green. *The scanner is continuously seeing a barcode. Remove all barcode labels out of the scan volume of the scanner and try again. *The scanner cannot send data to the host system. There is no proper handshaking between the scanner and the host. Make sure that all cables are connected and your host system is ready to receive data. Barcode is read by the scanner but not accepted by the host system.
Notes
Notes
Scale 1:1 Unit: mm Note: 3 Mounting Holes; size- M3*0.5, Depth=5.
Scale 1:1 Unit: mm Note: 2 Mounting Holes; size- M3*0.5, Depth=4.
