interfaces and the DC circuits of this device have tomeet the requirements for low safety voltage inaccordance with ENIEC 60950 ID: 829655
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1 Keyboards: GeBE Computer & Peripherie Gm
Keyboards: GeBE Computer & Peripherie GmbH ¥ Email: sales@tastaturen.com ¥ www.tastaturen.comInternet Applications: www.gebe.net interfaces and the DC circuits of this device have tomeet the requirements for low safety voltage inaccordance with EN/IEC 60950.¥ Switching off the device does not complet
2 elydisconnect it from the power supply.
elydisconnect it from the power supply. Your device isonly disconnected completely, when the power isunplugged. ATTENTIONPlease make sure that the power supply cable is runin such a way that nobody trips over it, and itcannot be damaged by other devices. CAUTION hot surfaces¥ During operation, surfa
3 ces in the surrounding area ofthe print
ces in the surrounding area ofthe print head may heat up. Therefore, direct contactwith the print head must be avoided to prevent 1 21 2 3 445566789107 USBNPEPower 24VUSBRS232Power 24V ¥ GPR-T01-060-070-025-080A/WR: 50 pcs. thermal paper rolls w: 60 mm, th: 80 µm, diameter: 70 mm, core diameter: 2
4 5 mm, life: 7 years ¥ GPR-T01-082-070-02
5 mm, life: 7 years ¥ GPR-T01-082-070-025-080A/WR: 50 pcs. thermal paper rolls w: 82 mm, th: 80 µm, diameter: 70 mm, core diameter: 25 mm, life: 7 years Which thermal paper is suitable?The printers are specified for 51-61 mm and 60-82 mm(+/- 0,5 mm) paper widths, up to 200 µm paperthickness.Other
5 papers may cause failures:Thermal papers
papers may cause failures:Thermal papers that are resistant against water, grease,or alcohol are available for special applications. We willgladly assist you in selecting the right thermal paper foryour purposes.Which side of the thermal paper can be printed on? When in doubt, try the finger nail tes
6 t: Quickly run thetip of a finger nail a
t: Quickly run thetip of a finger nail across the paper, applying pressure.The friction heat will cause blackening on the thermosensitive side. The connectors are equipped with screw clamps. Mounting merely requires a size 1 screw driver. paper present no paper3 on AUX4 paper present no paper4 alw
7 ays 0 (identifier)5 always 0 (identifier
ays 0 (identifier)5 always 0 (identifier)6 always 1 (identifier)7 always 1 (identifier)CyrillicOptional character setsThe following character sets are currentlyavailable and can replace other charactersets in the flash memory of theµ-processor. Please contact us with yourinquiry. GeBE will gladly cre
8 ate additional USBPower ConsumptionV1.1
ate additional USBPower ConsumptionV1.1 ( V2.0 compatible)vendor specific device or printer classfull speed 12 Mbit/sno printingUSB active /printer activeUSB active /printer sleepUSB suspend / printer sleepTyp. Bit 2: 1: increases P19 value about 265 lines Bit 3-7: future use (has to be set to z
9 ero)Parameter 39: Standard Setting := 0d
ero)Parameter 39: Standard Setting := 0d This parameter indicates which kind of sensor isconnected (reflex/fork light barrier). Bit polarity:0 = Reflex light barrier1 = Fork light barrierSensor Param-BitNPE Bit 0AUX1 Bit 1AUX2 Bit 2AUX3 Bit 3AUX4 Bit 4Cutting:A (feed
10 ãAÒ) has to be added after the FF comman
ãAÒ) has to be added after the FF command ifthe ticket needs to be cut after printing. Thesubsequent area ãD1Ò cannot be used for printingbecause it is part of the next ticket. Hint 1: Printing of the next ticket can commenceduring the feed to the Cut-Position! Hint 2: The GPT-46xx is capable of ad
11 vancing paperto be cut and subsequently
vancing paperto be cut and subsequently retracting thepaper to the next printing position. The sensormust not ãseeÒ any black marks during thisprocess.Distances:sensor, print head, cutterin mm This also works in case the control mark has passedthe black mark sensor during printing. Therefore, thecont
12 rol mark can be set at random within Par
rol mark can be set at random within Param 19.See illustration.ãFinal PositionÒ (P19 := 0) is defined by the distancebetween print position and black mark sensor. After larger print efforts, depending on the paper quality andadverse environmental conditions, it may be necessary to cleanthe print head
13 , sensor, and the platen roll, especiall
, sensor, and the platen roll, especially, if someareas are no longer printed properly.1. Open printer mechanism by slightly pressing metal lever upwards.2. Flap downwards paper carrier roller incl. position mark sensor. The printer mechanism is now open.3. Blow forcefully into printer mechani
14 sm and onto position mark sensor, in
sm and onto position mark sensor, in order to remove coarse dust.4. Use a small brush to clean paper carrier roll, sensor and tear-off edge from dirt.5. Soak Q-tip in isopropanol (IPA) and clean the print bar. Other stubborn debris can also be removed with a Q-tip (IPA). Insert pape
15 r correctly.Use sufficiently sized power
r correctly.Use sufficiently sized power supply and short feedlines. Check all connections for possible transferresistances. Since high peak currents occur withthermal printers, even the smallest transferresistances can result in intolerable voltage drops. In Printer BufferNear-Paper-End Sensor Paper
16 Exit Sensor Print Speed256message seria
Exit Sensor Print Speed256message serial to hostoptional, message serial to hostup to 200 mm/sPaper / Print WidthSupply VoltageMax. Current StandbyMax. Printing Current app.51-61 / 56 mm60-82 / 80 mm80 mA2 to 20 A adjustable by commandInterfacesBaud Rates (Standard:Bold)Data CompressionCharacter Set