Model SP-5000 Thermal Printer
User Manual
TELPAR
A Platinum Equity COMPANY
187 Cosby Road
Dover, New Hampshire 03820
Toll Free: 800-872-4886 (from the U.S.A. and Canada only)
603-750-7237
Fax: 603-742-9938
Manual SP-5000 CE/UL Version – Part No. 790136-0020 (Rev. D - 06/03)
Website: www.telpar.com
E-mail: info@telpar.com
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Table of Contents
1 Introduction............................................................................................................................... 4
1.1 Printer Overview................................................................................................................... 4
1.2 Telpar - Limited Printer Limited Warranty............................................................................ 5
2 Operator Information................................................................................................................ 6
2.1 Printer Top View................................................................................................................... 6
2.2 Printer Status LED............................................................................................................... 6
2.3 Primary AC Power Input....................................................................................................... 6
2.4 Unpacking and Inspection.................................................................................................... 8
2.5 Paper Loading...................................................................................................................... 8
2.6 Intelligent Kiosk Operation.................................................................................................... 8
2.6.1 Enable and Disable of the Delivery System Ticket Removal..................................... 10
2.6.2 Clearing a Paper Jam Condition................................................................................. 11
3 3 Installation............................................................................................................................ 12
3.1 Power Up and Self Test..................................................................................................... 12
4 Interface Specifications.......................................................................................................... 13
4.1 Serial Interface Specifications............................................................................................ 13
4.1.1 SW1 Switch Settings.................................................................................................. 13
4.1.2 SW2 Settings.............................................................................................................. 14
4.1.3 DB-9 RS-232 Serial Interface..................................................................................... 14
4.2 Parallel Interface................................................................................................................. 14
4.3 Flow Control....................................................................................................................... 15
4.4 Parallel Port Handshaking Implementation........................................................................ 15
4.4.1 Scope.......................................................................................................................... 15
4.4.2 Description of Status Signals...................................................................................... 15
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4.4.3 Description of Changes Required............................................................................... 15
4.5 Parallel Interface Cable...................................................................................................... 16
4.6 Optional Microsoft Windows® Driver Diskettes................................................................. 16
4.6.1 Telpar SP-5000/2 Windows Driver Disk..................................................................... 16
4.6.2 SP-5000/3 Windows Driver Disk................................................................................ 16
4.6.3 SP-5000/4 Windows Driver Disk................................................................................ 17
4.7 Installing a Telpar Printer Driver with Microsoft Windows® 3.1x....................................... 17
4.8 Installing a Telpar Printer Driver with Microsoft Windows® 95.......................................... 17
4.9 Installing a Telpar Printer Driver with Microsoft Windows® NT 3.51 Intel.......................... 18
5 Programming Information...................................................................................................... 19
5.1 Control Codes and Escape Sequences for SP-5000/2..................................................... 19
5.2 Control Codes and Escape Sequences for SP-5000/3..................................................... 20
5.3 Control Codes and Escape Sequences for SP-5000/4..................................................... 21
5.4 Programming Example to Show All Four Character.......................................................... 22
5.5 Non-Volatile Data (with Optional 512KByte Ram).............................................................. 22
5.5.1 An Example of Programming Non-Volatile Data in BASIC......................................... 22
5.5.2 Printing Non-Volatile Data........................................................................................... 22
5.6 Horizontal Graphics Mode.................................................................................................. 23
5.7 Bar Code Operation........................................................................................................... 25
5.7.1 Programming Bar Code Operation in Basic............................................................... 25
5.7.2 3 of 9 Bar Code Description........................................................................................ 25
5.7.3 UPC Bar Code Description......................................................................................... 26
5.8 Echo Back Printer Error Status Byte................................................................................. 27
5.9 Echo Back Printer Mode Status Byte................................................................................. 27
6 SERVICE................................................................................................................................ 28
6.1 Introduction......................................................................................................................... 28
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6.2 Required Information for Service........................................................................................ 28
6.2.1 Cleaning...................................................................................................................... 28
6.2.2 Printing Malfunctions................................................................................................... 28
7 Trouble Shooting.................................................................................................................... 29
7.1 SP-5000 Trouble Shooting Table....................................................................................... 29
7.2 Clearing a Paper Jam......................................................................................................... 30
8 ASCII Codes........................................................................................................................... 31
9 UPC Code Chart.................................................................................................................... 32
10 Controller Layout.................................................................................................................... 33
11 Printer Specifications............................................................................................................. 34
11.1 Specifications................................................................................................................. 34
11.2 Telpar Roll Paper for SP-5000:...................................................................................... 34
11.3 Options........................................................................................................................... 34
12 FCC Compliance Statement.................................................................................................. 35
13 CE Declaration of Conformity................................................................................................ 36
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1 Introduction
Manual Revision D.
1.1 Printer Overview
The Telpar SP-5000 is a fast, low cost industrial printer. The SP-5000 will print at a maximum paper feed rate of
2.0 inches per second.
The SP-5000 can provide a variety of output formats. The printer is available with mechanisms which will accept
2.35, 3.125 or 4.40 inch wide thermal paper. The SP-5000 is also capable of high density graphics. MTBF = 400
million (min.) pulses (25% print ratio). The SP-5000 is equipped with a dual configuration 9 pin RS-232 serial
interface, and a Centronics type (DB-25S) parallel interface.
Low maintenance is assured by Telpar’s reliable design and ribbonless thermal print technology. The SP-5000 also
includes a built-in diagnostic self test and a 31K data buffer (128 and 512K optional).
The SP-5000 is housed in a rugged aluminum enclosure. This unit operates through 0° to +122° F with a
constantly regulated print intensity control.
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1.2 Telpar - Limited Printer Limited Warranty
For one (1) year after shipment of the printer product to Buyer, Telpar warrants the product against defects in
materials and workmanship provided the product has been operated and maintained in accordance with
manufacturer’s operating and maintenance specifications. The warranty specifically excludes ribbons, paper and
other consumable items.
THIS WARRANTY IS IN LIEU OF ANY AND ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED.
TELPAR MAKES NO OTHER WARRANTY AND BUYER SPECIFICALLY WAIVES ANY OTHER WARRANTIES,
INCLUDING WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. THERE ARE NO
WARRANTIES WHICH EXTEND BEYOND THOSE DESCRIBED HEREIN.
Telpar’s liability hereunder is limited to the repair or replacement of defective parts. This liability does not extend
to normal wear and tear. Telpar will, solely at its option, remedy all valid warranty claims either by:
(a) Repairing or replacing the defective unit at Telpar’s factory; or
(b) Repairing or replacing the defective subassembly at Telpar’s factory.
If so directed by Telpar, Buyer shall return the defective unit or subassembly, transportation prepaid by Buyer, to
Telpar’s factory. After repair or replacement has been accomplished, Telpar will return the unit or subassembly,
transportation prepaid by Telpar, to Buyer.
As a precondition to any warranty service, prior to return of any units or subassemblies to Telpar by Buyer, Buyer
must contact Telpar’s Order Administration Services and receive authorization in the form of a Return Material
Authorization (RMA) number. Telpar reserves the right to refuse any goods it has not previously authorized for
return, or any goods shipped without transportation prepaid.
NO WARRANTY SHALL APPLY TO ANY DAMAGE RESULTING FROM OR CAUSED BY BUYER, IF BUYER SHALL MAKE
ANY CHANGES, MODIFICATIONS, ADDITIONS OR DELETIONS OF HARDWARE, SOFTWARE OR FIRMWARE IN THE
PRINTER PRODUCTS SOLD HEREUNDER WITHOUT TELPAR’S ADVANCE WRITTEN CONSENT.
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2 Operator Information
2.1 Printer Top View
Printer Status LED
LED PRINTER STATUS
Solid Green Printer Ready
Flashing Green and Red Printer Platen in Open
Position, or Paper Out of
Mechanism
Solid Red Paper Roll Low
2.3 Primary AC Power Input
The power module is where the main power fuses are located. In this module, the primary power may be set to
115 VAC or 230 VAC. To change the primary AC input voltage, or replace a fuse, perform the following:
1. To gain access to the primary power fuse location, use a small flat blade screw driver to pry open the
access door at the pry point as shown below.
2. Remove the fuse module by using a small flat blade screw driver to pry up on the edge of the fuse
module. The fuse module will pull straight out of the AC input module.
3. Once the fuse module is out of the unit, replace the fuse with a proper rating fuse if necessary, or change
the voltage by rotating the fuse module 180°. Reinstall the fuse module into the AC receptacle with the desired
voltage positioned for display in the view window. The voltage selected can be seen by looking at the voltage
displayed in the view window located on the right side of the module when the access door is closed.
Figure 2 SP-5000 Fuse Module
F1 = 2A/250V for 115 VAC operation
F2 = 1A/250V for 230 VAC operation
Figure 3 SP-5000 Back View
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2.4 Unpacking and Inspection
Carefully unpack and inspect your SP-5000 for any damage which may have occurred in transit. Should any
damage have occurred, notify Telpar, save the shipping carton and packing materials, and file a damage claim with
the carrier. Specify the nature and the extent of the damage. Before installing or operating the printer, check the
following:
· Ensure that the primary power setting is correct for your installation.
· Ensure that the printer mechanism and paper paths are clear of all packing materials or other foreign
matter.
· Ensure that paper is installed. DO NOT OPERATE the printer without paper.
2.5 Paper Loading
Install a new roll of Telpar approved paper (thermal side up) on the paper spindle. Apply power to the printer. Set
printer platen to the closed position via the paper release lever (shown below) and then feed a straight and clean
leading edge of the paper directly into the paper input slot. Once the optical switch detects the paper, the printer
will automatically feed paper through the mechanism to the proper point.
2.6 Intelligent Kiosk Operation
The SP-5000 has been developed specifically for kiosk applications. The SP-5000 incorporates special mechanical,
electrical, and programming features that make it ideal for un-attended kiosk systems. To enable the Intelligent
Kiosk delivery feature, the printer must receive the escape code sequence ESC+”c” at the end of it’s printing
routine.
Note: The printer can output system status via the RS-232 Serial Interface. For more information see Section
5.8 and 5.9.
An example in BASIC to enable the drive system is as follows:
FOR X = 1 TO 60
LPRINT “SP-5000 PRINTER”
NEXT X
LPRINT CHR$(27) + “c”;
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2.6.1 Enable and Disable of the Delivery System Ticket Removal
The SP-5000 has the ability to retract the printed, cut and formerly delivered ticket if it has not been removed from
the Delivery System. This feature can be used in KIOSK applications when a customer has requested printed
information from the KIOSK, but has then decided to leave the printed information in the printer. Prior to the
availability of this option, the next printed information ticket would be cleared out of the front of the printer that
usually fell on the floor. Now, the next printed information will enable the previously printed ticket to be drawn
back into the printer and dropped into the open slot behind the Delivery System. KIOSK manufactures must
provide ample space and a receptacle for the retracted tickets to fall inside their KIOSK.
Since not all of Telpar’s customers are interested in using this feature, an Escape Sequence has been added to
allow the enable or disable of this feature.
To
Disable
the removal feature, send the sequence:
ESC + D + 0
Enable
To
the removal feature, send the sequence:
ESC + D + 1
The following BASIC programs enable and disable the feature via programming:
Basic Program Description
10 WIDTH LPRINT 255
20 LPRINT CHR$(27)+”D”+CHR$(1) :REM Enable Purge Ticket
30 End Enables the removal feature
10 WIDTH LPRINT 255
20 LPRINT CHR$(27)+”D”+CHR$(0) :REM Disable Purge Ticket
30 End Disables the removal feature
Additionally, the SP-5000 printer incorporates a DIP switch (SW1-8 located on the main control board) which will
enable or disable this feature. Please note that software can over-ride the hardware (DIP switch) setting.
To enable the optional feature with the DIP switch, the switch must be in the open position. To disable the
feature, move the switch to the closed position. The printer must be turned off (powered down) when making the
switch selections. The default operation (enable or disable) will be activated upon power up of the unit.
only
One key mechanical feature of the SP-5000 is that it will cut and deliver the hard copy
after the printer has
completed printing. This task is accomplished by re-directing the printed hardcopy below the unit. By re-directing
the output of the printer to the queue area while printing, jams due to premature hardcopy removal are
eliminated. The printer will allow a total of 102" (13 seconds) of printing to be re-directed. If this amount is
exceeded, the printer will go into error mode to alert the user of a potential problem.
The SP-5000 incorporates a hardcopy edge sensor located in the intelligent delivery output guide. This sensor
functions as an edge detector and a hardcopy clear sensor. When directed to print, the sensor is used to stop the
intelligent drive rollers to allow the redirection of the printed form. Once the unit has completed printing and has
received the ESC+”c” sequence, the drive rollers will engage and present the hardcopy to the user. The printer is
designed to output then hold approximately 0.5" of the hardcopy to allow manual removal by the user. The
hardcopy clear function is enabled if the drive rollers are jammed during the output sequence. If the drive rollers
are stalled for more than 20 seconds, the unit will reverse the drive rollers to clear the hardcopy from the output
path. If the unit does not clear the form, or the drive rollers jam, the unit will go into error mode to alert the user
of a potential problem.
2.6.2 Clearing a Paper Jam Condition
If a jam does occur in the output section of the intelligent paper delivery system, the output guide and cutter
assembly may be rotated upward to gain access to the mechanism output / cutter input area. To rotate the output
assembly, turn the unit off and remove primary power. Apply light pressure in an upward motion to the front
underside of the output assembly guide. While applying this pressure, push the left then right cutter retention
buttons outward (approximately 1/32") to release the assembly from the print mechanism.
Once free, the assembly may be rotated upward 90° that should provide access to the jam area. Additionally,
open the printer platen with the paper release lever on the left side of the printer. The jammed paper may be
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removed at this time. Once the paper has been removed, close the printer platen and lower and output assembly
to their home positions. Normal printing may be resumed at this time.
Figure 8 SP-5000 with Output Assembly in Closed Position
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3 3 Installation
3.1 Power Up and Self Test
The operating controls of the SP-5000 have been kept to a minimum. A convenient self-test feature allows the
operator to quickly determine that the printer is operating correctly.
· Telpar PART# 751502-0060 for the 2.35 inch wide roll.
· Telpar PART# 751503-0060 for the 3.125 inch wide roll.
· Telpar PART# 751504-0060 for the 4.40 inch wide roll.
Note: Each different paper width is used for a specific model only. The correct paper width must be installed
with the appropriate unit and mechanism.
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4 Interface Specifications
4.1 Serial Interface Specifications
The SP-5000 can be used as either a serial or parallel device. The serial interface parameters are set via SW1 and
SW2. Baud rate, serial parameters and KIOSK options are set with SW1. SW2 is used to set the specific serial
interface configuration.
4.1.1 SW1 Switch Settings
1 2 3 4 5 6 7 8
Baud Rate Stop Parity Data Parity Delivery
Bits Length Odd/ System
Even
Setting
600 Close Open Open
1,200 Open Close Open
2,400 Close Close Open
4,800 Open Open Close
9,600 Close Open Close
19,200 Open Close Close
38,400 Close Close Close
115,200 Open Open Open
1 Close
2 Open
Disable Close
Enable Open
7 Bits Close
8 Bits Open
Even Close
Odd Open
Disable Close
Enable Open
Switches SW1 and SW2 are located on the printer’s main controller board. See next page for switch locations.
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4.1.2 SW2 Settings
Switch SW2 is used to set the SP-5000 printer’s serial port pinout configuration. The printer can be set to it’s own
configuration or PC/AT pinout.
4.1.3 DB-9 RS-232 Serial Interface
The SP-5000 serial interface incorporates a DB-9 connector whose pinout configuration can be changed via SW2
from the SP-5000 to a PC/AT compatible configuration.
Pin Signal Description
1 GROUND Protective ground
2 TXD Data output from the printer to the host
3 RXD Data input to the printer or display
4 CTS Inhibits TXD line when held at -10v by the host
5 GROUND Signal ground
8 DTR -10v when printer is unable to receive data
There are two conventions used in the RS-232C interface; these are Data Terminal Equipment (DTE) and Data
Communications Equipment (DCE). Examples of DCE are modems, multiplexers, and telephone data line
interfaces. All other equipment which originates or receives data such as terminals (including the SP-5000) or
computers is DTE. The difference between DCE and DTE is that TXD and RXD are reversed, as well as several
control signals.
This allows a piece of DTE to connect directly to a piece of DCE, e.g. a modem to a terminal, with a straight pin for
pin connection in the interconnecting cable. However if two pieces of DTE are to be interconnected it is necessary
to transpose TXD and RXD as well as DTR and CTS in the cable. This type of cable is called a null modem cable
and must be used if the SP-5000 is connected to a host computer’s serial port.
A DB 25S connector is used for the parallel interface. The pin assignments and brief signal descriptions are listed
below.
Pin Signal Description
1 STROBE 1 µsec. pulse to clock data into the printer
2 DATA 0
3 DATA 1
4 DATA 2 Eight data bit input signals to the printer;
5 DATA 3 Signal levels are high for logic 1 and low
6 DATA 4 for a logic 0.
7 DATA 5
8 DATA 6
9 DATA 7
10 ACK 6 µsec pulse from printer when data received
11 BUSY High when printer is unable to receive data
12 PE High when a paper error occurs in printer
13 SELECT High when printer is on line
18-24 GROUND Signal Grounds
4.3 Flow Control
The SP-5000 employs a 31 K byte data buffer (128 and 512 optional) to allow the host computer to rapidly transfer
data. Under some circumstances it may be possible to completely fill the buffer. When the buffer is within 50
bytes of being full, the SP-5000 signals the host computer to pause until a line of data is printed, or until the buffer
is under the 50 byte limit. The flow control information is sent to the host using hardware and software protocols.
The hardware protocol uses the BUSY line of the parallel interface and the DTR line of the serial interface. These
pins are asserted or negated as necessary to turn off and turn on the flow of data.
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XON and XOFF protocol is offered as an option. The software protocol uses the XON and XOFF ASCII characters
(^Q and ^S) which are sent back to the host to start and stop the data stream. Some host systems may not
support one or both of these protocols. Please contact Telpar for more details regarding the use of this protocol.
4.4 Parallel Port Handshaking Implementation
4.4.1 Scope
This specification describes the hardware and firmware changes required to obtain paper out and jam status
information from the parallel port of the SP-5000 printer.
4.4.2 Description of Status Signals
Paper Out and Summary Jam Status information is available at the I/O pins of the parallel port as shown in the
following table:
Signal Name PE SLCT /Error Printer Status
Pin No. 12 13 15
Signal Levels: Low High High Ready to Receive Data
Low Low Low Printer Jam
High Low Low Out of Paper
A paper jam may be detected at either one of two different locations in the printer. The locations are in the cutter
and in the delivery system. The printer will indicate the location of a jam by issuing different audible warning
alarms for each location. The summary status sent to the parallel port indicates that a jam condition exists in the
printer but it does not signal the location.
4.4.3 Description of Changes Required
4.4.3.1 Hardware Changes
The following hardware change is required on the SP-5000 Rev. D4 Controller Board:
· Make an etch cut at P2 pin12 (solder side of controller board).
· Add a jumper from P2 pin 12 to U4 pin 5.
· Add a jumper from RP7 pin 8 to RP7 pins 2 and 3.
4.4.3.2 Firmware Changes
Firmware Revision D4-01 or higher is required.
4.5 Parallel Interface Cable
This parallel cable configuration is used to interface the SP-5000 with all IBM and IBM compatible systems. This
cable connects the interface to the printer with a 1:1 cable connection, and is terminated by a DB-25P on each
end. This 25 pin cable configuration is available at most computer supply stores. ex. pin 1 to pin 1, pin 2 to pin
2,...pin 25 to pin 25.
Please Note: Cable length for the standard mode of parallel printing (through MS-DOS) should be limited to 25
feet or less.
When printing through Microsoft Windows® in the fast printing to port mode, cable length must be limited to 6
feet or less. In this mode of print, the standard MS-DOS machine interrupts are not used for printing, which
regulates data flow to the printers parallel port. In this printing mode, Centronics Standards for timing data flows
are not utilized. Telpar suggests that during the printer set up in Microsoft Windows® the fast printing to port
option be de-selected.
4.6 Optional Microsoft Windows® Driver Diskettes
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Telpar offers optional Microsoft Windows® driver diskettes for use with Microsoft Windows® applications.
4.6.1 Telpar SP-5000/2 Windows Driver Disk
Since the SP-5000/2 has a 2.35 inch wide print area, three Windows print drivers are provided which should allow
for all printing requirements.
The three SP-5000/2 drivers are:
1) SP-5000/2 - Quarter Screen - This driver will print a quarter of the printable screen at the full 200DPI
resolution of the printer. The print area will start at the left of the screen. With this driver there is NO scaling.
2) SP-5000/2 - Half Screen - This driver will print half of the printable screen at the full 200DPI resolution of
the printer. The print area will start at the left of the screen. With this driver the printout is reduced by a factor of
2. For example, a printable document that is approximately 8" wide will be reduced so that the leftmost 4" will fit
on the 2.35" wide SP-5000/2 print area.
3) SP-5000/2 - Full Screen - This driver will print the full printable screen at the full 200DPI resolution of the
printer. With this driver the printout is reduced by a factor of 4. For example, a printable document that is
approximately 8" wide will be reduced to fit on the 2.35" wide SP-5000/2 print area.
It is recommended that the user install all three drivers and experiment until the resolution that meets your
application is determined.
4.6.2 SP-5000/3 Windows Driver Disk
Since the SP-5000/3 has a 3.125 inch wide print area, two Windows print drivers are provided which should allow
for all printing requirements.
The two SP-5000/3 drivers are as follows:
1) SP-5000/3 - Partial Screen - This driver will print 3.125 inches of the printable screen at the full 200DPI
resolution of the printer. The print area will start at the left of the screen. For example, a printable document that
is approximately 8" wide will be truncated so that the leftmost 3.125" will fit on the 3.125" wide SP-5000/3 print
area.
2) SP-5000/3 - Full Screen - This driver will print all of the printable screen at the full 200DPI resolution of the
printer. With this driver the printout is reduced to the 3.125 inch print area of the SP-5000/3. For example, a
printable document that is approximately 8" wide will be reduced to fit on the 3.15" wide SP-5000/3 print area.
It is recommended that the user installs both drivers and experiments until the resolution that meets the
application is determined.
4.6.3 SP-5000/4 Windows Driver Disk
Since the SP-5000/4 has a 4.4 inch wide print area, two Windows print drivers are provided which should allow for
all printing requirements.
The two SP5000/4 drivers are as follows:
1) SP-5000/4 - Half Screen - This driver will print half of the printable screen at the full 200DPI resolution of
the printer. The print area will start at the left of the screen. For example, a printable document that is
approximately 8" wide will be truncated so that the leftmost 4.4" will fit on the 4.4" wide SP5000/4 print area.
2) SP-5000/4 - Full Screen - This driver will print all of the printable screen at the full 200DPI resolution
of the printer. With this driver the printout is reduced by a factor of 2. For example, a printable document that is
approximately 8" wide will be reduced to fit on the 4.4" wide SP5000/4 print area.
Note: It is recommended that the user installs both drivers and experiments until the resolution that
meets the application is determined.
4.7 Installing a Telpar Printer Driver with Microsoft Windows® 3.1x
1) Prepare the Printer to print from the Personal Computer.
1a) Connect the Printer to the power source.
1b) Connect the cable from the PC to the printer.
1c) Apply power to the Printer.
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Note: Read the README.TXT file on Telpar Driver Disk for additional installation and configuration notes before
continuing.
2) Install the floppy disk with the driver files in your floppy disk drive. From the Windows 3.1x, Main Program
Group, select “Control Panel” and then select “Printers” in the “Control Panel Group”.
3) Click the “Add” Button to view the additional drivers.
4) From the “List of Printers” List Box select “Install Unlisted or Updated Printer”.
5) Click the “Install “ button.
6) Type your floppy disk drive letter in the “Install Driver” Dialog Box and click the “OK” Button.
7) Choose the desired driver by name in the “Add Unlisted or Updated Printer” Dialog Box.
8) Click the “OK” Button to install the driver.
9) Please attempt to solve any potential problems using the Help that is available in Windows 3.1x before
contacting Telpar. If you cannot resolve the problem using the help provided from within Windows 3.1x, contact
Telpar between 9am to 5pm.
4.8 Installing a Telpar Printer Driver with Microsoft Windows® 95
1) Prepare the Printer to print from the Personal Computer.
1a) Connect the Printer to the power source.
1b) Connect the cable from the PC to the printer.
1c) Apply power to the Printer.
Note: If one exists, read the README.TXT file on the Telpar Driver Disk for additional installation and
configuration notes before continuing.
2) From Windows 95, select Start-Settings-Printers.
3) From the “Printers” Window, Click “Add Printer”.
4) From the “Add Printer Wizard” Window, Click the “Next” button.
5) From the next “Add Printer Wizard” Window, Click the “Have Disk...” button.
6) From the “Install From Disk” Window, type in the Floppy Drive Letter you will be installing the driver from
if necessary. Install the Telpar Driver Disk in the Floppy Disk Drive. Click the “OK” button.
7) From the next “Add Printer Wizard” Window, select (highlight) the Printer Driver to be installed and Click
the “Next” button.
8) From the next “Add Printer Wizard” Window, select (highlight) the Port the printer is connected to and
Click the “Next” button.
9) From the next “Add Printer Wizard” Window, change the Printer name if desired in the “Printer name” edit
box. Note: If this is not the only printer installed, answer the question “Do you want your Windows-based
programs to use this printer as the default printer?” by selecting a “Yes” or “No” radio button. Click the “Next”
button.
10) From the next “Add Printer Wizard” Window, select “Yes” to “Print a Test Page” if the printer is
properly connected, paper is installed, and the Printer power is on, otherwise select “No”. Click the “Finish” button.
Note: Telpar recommends you print the test page. It is useful in determining if the installation was successful.
The printer MUST be turned on and ready to receive data. If it is not, select “No” and you can run the test later.
11) After Clicking the “Finish” button as described above, the driver files will be copied from the Floppy Disk to
the Hard Drive, the newly added printer Icon will appear in the “Printers” Window, a Test Page will print on the
Printer and another Window will appear on the Screen asking if the Test Page was printed properly.
12a) If the Test Page printed properly choose “Yes” on the Window as described above and the Installation is
Complete.
12b) If the Test Page did not print properly, choose “No” on the Window shown above and you will be taken to
the Windows Help and asked a series of questions to help diagnose the problem. Please attempt to solve the
problem using the Help that is available in Windows 95 before contacting Telpar. If you cannot resolve the
problem using the help provided from within Windows 95, contact Telpar between 9am to 5pm.
4.9 Installing a Telpar Printer Driver with Microsoft Windows® NT 3.51 Intel
1) Prepare the Printer to print from the Personal Computer.
1a) Connect the Printer to the power source.
1b) Connect the cable from the PC to the printer.
1c) Apply power to the Printer.
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2) Install the Telpar Driver Disk in the Floppy Disk Drive.
Note: If one exists, read the README.TXT file on the Telpar Driver Disk for additional installation and configuration
notes before continuing.
3) From Windows NT Program Manager, select the “Main” Program Group and run Control Panel.
4) From the “Control Panel”, select “Printers” to run the “Print Manager”.
5) From the “Printer Manager”, select P
rinter - Create Printer....
6) From the “Create Printer” Window, enter a printer name in the “Printer Name” Edit Box. From the “Print
to” List Box, select the communication port the printer is connected to. From the “Driver” List Box, select “Other...”
(At the bottom of the list).
6a) Once you have selected “Other...”, the Install Driver Window will pop up. Type your Floppy Drive letter in
the “Install Drive” Window and click the “OK”.
7) Select a Driver to install from the “Select Driver” Window and click the “OK” Button. The Driver files
will be copied from the Floppy Disk to the Hard Drive
8) Click the “OK” Button from the “Create Printer” Window.
9) From the “Printer Setup” Window, select a paper size from the “Form Name” List Box. Then click
the “OK” Button.
10) The Printer Driver is now installed, you may now close and exit the “Print Manager”. The printer can be
set as the Default printer for Windows NT, or the printer can be accessed from within Windows NT applications.
11) If you have questions concerning the installation and use of the Windows NT Printer Driver, please read
the README.TXT file on the Telpar Driver Disk for additional installation and configuration notes. If there is no
README.TXT file on the Telpar Driver Disk or the question is not answered in the README.TXT file, contact Telpar
between 9am to 5pm.
Page 17 of 34
5 Programming Information
5.1 Control Codes and Escape Sequences for SP-5000/2
CATEGORY SYMBOL DEC (HEX) FUNCTION
Control Code
SLF 10 (0A) Single Line Feed
Print 13 (0D) Carriage Return
S_REQ 19 (13) Echo Back Error Status Byte
M_REQ 21 (15) Echo Back Printer Mode Status Byte
CAN 24 (18) Clear All Buffers
ESC 27 (1B) Escape ESC Sequence
ESC,3,n 51 (33) Set Line Spacing to n dots 6" n=1-255
ESC,@ 64 (40) Reset Printer
ESC,C, n1,n2 67 (43) Bar Code 3 of 9
n1=# of Characters
n2=Height of Code= n2x32 dots
high
ESC, D, n 68 (44) Delivery Ticket Removal
n=1=Enable
n=0=Disable
ESC, c 99 (63) Activate Cutter and Deliver Document
ESC, i,n1,n2 105 (69) Bar Code Interleaf 2 of 5
n1= Horizontal Offset n1x8 dots
offset
n2 = Height of Code n2x32 dots
high
Used with ESC,h,n 104 (68) Horizontal Graphics Tab n=1-255
Optional ESC,j,n 106 (6A) Line Feed in Horiz. Graphics n=1-255
Microsoft ESC,l,n 108 (6C) Horizontal Graphics n=1-255
Windows ESC,m 109 (6D) Print ROM Data
Driver ESC,p,n1,n2, 112 (70) Program 512K Non-Volatile Data
n3,n4 n1=Data Bank Storage Location (0-
30)
n2=Number of Banks Required
n3=Data Byte Remainder
(high Number Multiple
of 256)
n4=Data Byte Remainder
(low number must be 1-
255)
ESC,q,n 113 (71) Print 512K Non-Volatile Data n=0-30
0 Defaults to Print all Data Banks
ESC,s,n 115 (73) Set Character Set Size n=1-4 1=40 col.,
2=25 col., 3=12 col., 4=6 col.
ESC, u, n1,n2 117 (75) UPC Bar Code
n1= Horizontal Offset n1x8 dots
offset,
n2 =Height of Code n2x32 dots
high
Page 18 of 34
5.2 Control Codes and Escape Sequences for SP-5000/3
CATEGORY SYM DEC (HEX) FUNCTION
Control Code
SLF 10 (0A) Single Line Feed
Print 13 (0D) Carriage Return
S_REQ 19 (13) Echo Back Error Status Byte
M_REQ 21 (15) Echo Back Printer Mode Status Byte
CAN 24 (18) Clear All Buffers
ESC 27 (1B) Escape
ESC Sequence
ESC,3,n 51 (33) Set Line Spacing to n dots 6" n=1-255
ESC,@ 64 (40) Reset Printer
ESC,C, n1,n2 67 (43) Bar Code 3 of 9
n1=# of Characters
n2=Height of Code= n2x32 dots high
ESC, D, n 68 (44) Delivery Ticket Removal
n=1=Enable
n=0=Disable Delivery
ESC, c 99 (63) Activate Cutter and Deliver Document
ESC, i,n1,n2 105 (69) Bar Code Interleaf 2 of 5
n1= Horizontal Offset n1x8 dots offset
n2 = Height of Code n2x32 dots high
Used with ESC,h,n 104 (68) Horizontal Graphics Tab n=1-255
Optional ESC,j,n 106 (6A) Line Feed in Horiz. Graphics n=1-255
Windows ESC,l,n 108 (6C) Horizontal Graphics n=1-255
Driver
ESC,m 109 (6D) Print ROM Data
ESC,p,n1,n2,
n3,n4 112 (70) Program 512K Non-Volatile Data
n1=Data Bank Storage Location (0-30)
n2=Number of Banks Required
n3=Data Byte Remainder
(high Number Multiple of 256)
n4=Data Byte Remainder
(low number must be 1-255)
ESC,q,n 113 (71) Print 512K Non-Volatile Data n=0-30
0 Defaults to Print all Data Banks
ESC,s,n 115 (73) Set Character Set Size n=1-4 1=57 col.,
2=36 col., 3=18 col., 4=9 col.
ESC, u, n1,n2 117 (75) UPC Bar Code n1= Horizontal Offset n1x8 dots offset,
n2 =Height of Code n2x32 dots high
Page 19 of 34
5.3 Control Codes and Escape Sequences for SP-5000/4
CATEGORY SYM DEC (HEX) FUNCTION
Control Code
SLF 10 (0A) Single Line Feed
Print 13 (0D) Carriage Return
S_REQ 9 (13) Echo Back Error Status Byte
M_REQ 21 (15) Echo Back Printer Mode Status Byte
CAN 24 (18) Clear All Buffers
ESC 27 (1B) Escape
ESC Sequence
ESC,3,n 51 (33) Set Line Spacing to n dots 6" n=1-255
ESC,@ 64 (40) Reset Printer
ESC,C, n1,n2 67 (43) Bar Code 3 of 9
n1=# of Characters
n2=Height of Code= n2x32 dots high
ESC, D, n 68 (44) Delivery Ticket Removal
n=1=Enable
n=0=Disable Delivery
ESC, c 99 (63) Activate Cutter and Deliver Document
ESC, i,n1,n2 105 (69) Bar Code Interleaf 2 of 5
n1= Horizontal Offset n1x8 dots offset
n2 = Height of Code n2x32 dots high
Used with ESC,h,n 104 (68) Horizontal Graphics Tab n=1-255
Optional ESC,j,n 106 (6A) Line Feed in Horiz. Graphics n=1-255
Windows ESC,l,n 108 (6C) Horizontal Graphics n=1-255
Driver
ESC,m 109 (6D) Print ROM Data
ESC,p,n1,n2,n3,n4 112 (70) Program 512K Non-Volatile Data
n1=Data Bank Storage Location (0-
30)
n2=Number of Banks Required
n3=Data Byte Remainder
(high Number Multiple
of 256)
n4=Data Byte Remainder
(low number must be 1-
255)
ESC,q,n 113 (71) Print 512K Non-Volatile Data
n=0-30
0 Defaults to Print all Data Banks
ESC,s,n 115 (73) Set Character Set Size n=1-4 1=80 col.,
2=50 col., 3=25 col., 4=12 col.
ESC, u, n1,n2 117 (75) UPC Bar Code
n1= Horizontal Offset n1x8 dots
offset,
n2 =Height of Code n2x32 dots
high
Page 20 of 34
5.4 Programming Example to Show All Four Character
Basic Program
10 WIDTH LPRINT 255
20 FOR X=1 TO 4
30 LPRINT CHR$(27)+”s”;CHR$(X) :REM SELECT THE CHARACTER SET
40 LPRINT “Text”;X :REM SEND SOME TEXT
50 NEXT X
60 LPRINT “———————————————” :REM CODE BELOW IS FOR FEED + CUT
70 FOR X=1 TO 10
80 LPRINT :REM FEED TO CLEAR DELIVERY
90 NEXT X
100 LPRINT CHR$(27) + “c” :REM CUT THE PAPER
110 END
5.5 Non-Volatile Data (with Optional 512KByte Ram)
Non-volatile data may be down loaded to the SP-5000. A total of 31 (0-30) banks (16Kbytes per bank) may be
used for data downloading purposes. One bank remains for internal printer functions. Graphic images may be
down loaded to the printer via *.PRN files that are created by the SP-5000 Driver for Microsoft Windows® when
printed to a file. A downloading example of a *.PRN graphics image with 24,576 Bytes of data is as follows:
Image Size Example = 24,576 Bytes
· Each bank can accept 16KB - 7Bytes of data for a total of 16377 Bytes per bank
Calculate the Number of Banks Required
· Divide the image size (24,576) by the Bytes per bank (16377) = 24576/16377=1.5006 Banks
· Round up to the next whole number of banks (30 maximum)
· 2 banks will be required)
Calculate the Data Remainder (High and Low)
· 24576-16377=8199 Bytes
8199/256= 32.02734375 (round down to the next whole number) = 32 = H remainder
· 32*256=8192 Bytes
8199-8192=7 Bytes (must be less than 256) = L remainder = 7
To down load the image to the printer, send the following ESC Code:
ESC+p+n1+n2,h,l ESC+p+0,2,32,7
n1 = 0-30 = Banks where data is stored
n2 = Number of banks required
h = High remainder
l = Low remainder
5.5.1 An Example of Programming Non-Volatile Data in BASIC
Basic Program
10 WIDTH LPRINT 255
20 LPRINT CHR$(27)+”p”;CHR$(0);CHR$(2);CHR$(32);CHR$(7);
30 SYSTEM
Prepares printer to accept file (24,576 Bytes) into two banks starting with the first bank (0)
10 LPRINT CHR$(27)+”q”+CHR$(0);
20 SYSTEM
Prints file (24,576 Bytes) starting with the first bank (0 defaults to print all banks)
5.5.2 Printing Non-Volatile Data
A printing utility supplied with the SP-5000 Driver Disk (PT2.EXE) is used to send the data (24,576 Bytes) to the
printer. The format is shown below:
Page 21 of 34
Basic and Utility Program Description
10 WIDTH LPRINT 255
20 LPRINT CHR$(27)+”p”;CHR$(0);CHR$(2);CHR$(32);CHR$(7);
30 SYSTEM
Prepares printer to accept file (24,576 Bytes) into two banks starting with the first bank (0)
PT2 *.PRN 1 (1 is the number of times the data is sent) Printing utility supplied with the SP-5000 driver
diskette to down load data to the printer
10 LPRINT CHR$(27)+”q”+CHR$(0);
20 SYSTEM
Prints file (24,576 Bytes) starting with the first bank
(0 defaults to print all banks)
5.6 Horizontal Graphics Mode
Horizontal Graphics Mode is used primarily when printing from Microsoft Windows® with the 0ptional Microsoft
Windows® Driver Diskette from Telpar Corporation. The following 67 byte hexadecimal programming example
emulates
three graphic lines, one dot high (vertically), one inch long each, printed across an 8 1/2 X 11 inch page.
The first line starts 1 inch from the left margin and each line is separated by one inch of space in-between.
Page 22 of 34
BYTES - Sequential Data shown in BYTES of Hexadecimal Information
1ST
0D 1B 6A C8 1B 68 0C 1B 6C
0D 0F FF FF FF FF FF
FF FF FF FF FF FF FF 1B 68
0C 1B 6C 0D F0 FF FF
FF FF FF FF FF FF FF FF FF
FF 1B
68 0C 1B 6C 0D
F0 FF FF FF FF FF FF FF FF
FF FF
FF FF 0D 0C 0D
TH
1B 63
67
0D
Code Legend:
0D Carriage return (and 13 byte print command in horz. graphics 0D HEX = 13
DECIMAL)
1B Escape
6A Horizontal Line Feed Command
C8 Decimal equivalent of 200 dot spacing from top of form
68 Horizontal Tab Command
0C Decimal equivalent of 12 byte space from left margin
6C Horizontal Graphics Command
FF Full byte 8 dot print command (255 decimal)
F0 Partial byte dot command (240) with the least significant bit (LSB) toward left
margin of the page
63 Printer cut command
Page 23 of 34
5.7 Bar Code Operation
The SP-5000 can print three types of bar codes with its standard programming. The bar code types are 3 of 9,
Interleaved 2 of 5 and UPC codes.
5.7.1 Programming Bar Code Operation in Basic
3 of 9 Code
10 WIDTH LPRINT 255
20 LPRINT “Default Text”
30 LPRINT CHR$(27) + “C” + CHR$(5) + CHR$(2); :REM 3 OF 9 Barcode
40 LPRINT “12345”
50 LPRINT “12345 3 OF 9”
60 FOR X = 1 TO 10
70 LPRINT
80 NEXT X
90 LPRINT “Default Text”
100 LPRINT CHR$(27) + “c”; :REM Cut
Interleaved 2 of 5
10 WIDTH LPRINT 255
20 LPRINT “Default Text”
30 LPRINT CHR$(27) + “i” + CHR$(0) + CHR$(2); :REM Interleaved 2 of 5 Barcode
40 LPRINT “012345”
50 LPRINT “012345 Interleaved 2 of 5”
60 FOR X = 1 TO 10
70 LPRINT
80 NEXT X
90 LPRINT “Default Text”
100 LPRINT CHR$(27) + “c”; :REM Cut
UPC Code
10 WIDTH LPRINT 255
20 LPRINT “Default Text”
30 LPRINT CHR$(27) + “u” + CHR$(1) + CHR$(2); :REM UPC Barcode
40 LPRINT “012345678905”
50 LPRINT “012345678905 UPC CODE”
60 FOR X = 1 TO 10
70 LPRINT
80 NEXT X
90 LPRINT “Default Text”
100 LPRINT CHR$(27) + “c”; :REM Cut
5.7.2 3 of 9 Bar Code Description
The bar code printing option allows code 39 character strips to be printed by the SP-5000. Code 39 is so named
because of the original 39 character set. It is also called 3 of 9 because in any given character 3 of the 9 elements
are always wide. Each character is made up of 5 bars and 4 spaces; two of the 5 bars are wide and one of the
four spaces is wide, making 40 possible characters. Four additional characters, $, /, +. and % are formatted with
all the bars narrow and three spaces wide. The complete character set includes a start/stop character (*) and 43
data characters comprising 10 digits, 26 letters and the characters -, .,$, /, +,%, and space. Only upper case alpha
characters are supported; unpredictable or unreadable code may result otherwise. The characters $, /, +, and %
represent their corresponding ASCII characters only if they are followed by a digit, space, symbol, or stop code. If
one of these characters is followed by a letter, the pair is then decoded. For example, a string $C represents the
control code end of text or ^C in ASCII; the string +C represents a lower-case c.
Page 24 of 34
5.7.3 UPC Bar Code Description
The Universal Product Code is a numerical only code. This code contains ten digits that may be of odd or even
parity that totals 20 unique patterns. (12 Numeric Digits) The two six digit halves are surrounded by left, center
and right guard patterns. The left half uses the odd parity encodations of digits, and the right half uses the even
parity encodations. The first digit of a UPC Version A code represents the number system. It indicates what type of
product the symbol is indicating. The next five digits comprise a code identifying the product’s manufacturer, and
the next five digits represent the product code. The final digit is a check digit whose value is mathematically based
on all of the other numbers coded in the symbol. A weighting scheme is used in its calculation, so that the check
digit also protects against transportation errors if the data is manually entered. A UPC Version A symbol is
arranged into two halves. Center guard bars separate the first and last six digits. Two left guard bars and two
right guard bars then enclose the two symbol halves. The various guard bars can be thought of as start and stop
patterns. The actual data is encoded as two bars and two spaces in a character that is seven modules wide. This
is called a 7,2 code that has 20 unique patterns.
Page 25 of 34
5.8 Echo Back Printer Error Status Byte
The user has the option for polling the printer for error status. This is accomplished by sending the printer the
control code S-REQ (13H). The printer will then transmit back to the host the following one byte status:
Note: This feature will output information from the RS-232 Interface only.
Bit Weight Description
0 Paper Low = 1
1 Paper Out = 1
2 Cutter Jam = 1
3 Ticket Taken =1
4 For Future Use
5 Buffer Full = 1
6 Buffer Empty = 1
7 For Future Use
5.9 Echo Back Printer Mode Status Byte
Note: This feature will output information from the RS-232 Interface only.
Bit Weight Description
0 For Future Use
1 For Future Use
2 For Future Use
3 For Future Use
4 Interleaved 2 of 5 On = 1
5 For Future Use
6 For Future Use
7 For Future Use
Page 26 of 34
6 SERVICE
6.1 Introduction
The SP-5000 printer is designed to require a minimum of maintenance and service. This section provides
instructions for cleaning and maintenance. Electrical and mechanical repairs should be performed by qualified
personnel only. Make certain that all electrical connections are disconnected before any service is performed on
the SP-5000.
6.2 Required Information for Service
When contacting Telpar for service, please have the following information available:
· Model Number
· Serial Number
· Date Purchased
This product information will help to speed service response time and reduce the possibility of relay of incorrect
information regarding your specific product.
6.2.1 Cleaning
The SP-5000 exterior cabinet may be cleaned with a non-abrasive cleanser. Care should be taken to prevent liquids
from entering inside the mechanical assembly. If in a dirty environment the mechanism may be cleaned with
alcohol and a cotton swab. The mechanism may also be “blown out” with compressed air. Do not direct air flow
directly to the printer platen, this may damage the printing surface on the platen. When the mechanism is clean
and free of dirt, a light silicon lubricant may be applied (sparingly) to the moving mechanical components.
6.2.2 Printing Malfunctions
Examples of Printing Problems (Cause and Effect)
Poor Print Quality
· Dirty Thermal Print Mechanism/Head
· Worn Print Head
· Poor Quality Thermal Paper
· Damaged Thermal Print Head
Premature Wear of Thermal Print Head
· Printing with paper not approved by Telpar
· Printing in an environment where abrasive particulate is allowed to enter the print mechanism
Page 27 of 34
7 Trouble Shooting
7.1 SP-5000 Trouble Shooting Table
Item Problem Possible Cause Solution
1
No powe (LED off)
rPower not connected Fuse blown
Connect unit to power
2
3
Pape will no feed or
r t
load
Will not sel test
f
Power switch not on
Paper jammed in mechanism
Wrong paper
No straight edge on paper.
Paper release lever up
Defective paper sensor.
No power
Did not hold line feed long enough
Paper not installed properly
Paper jam
Check fuses
Turn power switch on
Check for paper jam
Check paper type.
Cut edge straight, or fold
over and crease
Move lever to down
position.
Contact Telpar for service
(972) 233-6631
Check as outlined above
Hold line feed longer
Check roll orientation
Clear jam
4
5
Paper feeds but does
no print
Will not print in
pa allel mode
t
r
Defective line feed switch
Paper release lever Up
Paper upside down
Wrong paper
Paper release lever not locked
Interface cable
No interface connection
Check cable length
Check MODE Command to redirect parallel in DOS
Page 28 of 34
Contact Telpar
Return paper release to
down position
Turn roll over
Use Telpar paper
Return paper release to
down position
Improper pin out
Cable not connected
Cable too long (< 6 feet
required)
Check MODE Command,
try print screen under
DOS
6
Will no prin pa allel
t t r
in MS
®
Windows
Wrong printer selected
Wrong port selected
Install/select printer
Select LPT
x
7
8
9
10
Will not print se ial r
Will not print se ial in
MS-Windows
r
®
Light print on one
side
Light print
Wrong paper (poor quality)
Cable too long
Fast print direct to port
enable/disable
Interface cable pin-out
Communication parameters
Interface select switch.
Interface cable configuration
Communication parameters
Interface selection
Printer selection
Wrong Communication port
selected
Paper jammed onto one side
Paper off of print head
Less than 6 feet required
Try changing (typically
disabled)
Check cable pin-out
Check SW1 settings
Check SW2 position
Check configuration
Check setting
Check setting
Check selection
Check selection
Align paper
Check paper release lever
Use Telpar paper
11
12
13
14
15
Delive y jam
Does no cut
r
t
Low paper not
unctional
f
Paper retracts
immedia ely
t
Paper not retracting
Paper release not locked
Paper partially jammed
Wrong paper (paper wound
wrong)
Ticket too short
Queue area blocked
Paper jam
Wrong paper
Cutter jammed
Paper not on roll properly
Paper low sensor dirty
Wrong paper
Printable character sent after ESC
“c” cut command
Dip switch not enabled. Enable switch
Check paper release lever
Check mechanism for jam
Use Telpar paper
Print minimum length
Allow room for paper to
“bubble” in queue area
Clear jam
Use Telpar paper
Contact Telpar
Re-align or replace roll
Clean with soft brush
Use Telpar paper
Change program to
remove printable
character
Page 29 of 34
16
Delive y does no
r t
retain ticket
Delivery sensor blocked
Delivery sensor dirty
Clear blockage
Clean with soft brush
17
18
Beeper and red/green
LED flashing
Delivery drops ticket
on deliver
Delivery sensor defective
Indicates no paper
Paper release lever up.
Delivery system deliver jam .
Delivery system retract jam.
Delivery wheels dirty
Roller assembly not locked down
Contact Telpar
Install new roll of Telpar
paper
Check that paper release
lever is in down position
Paper output queue
blocked
Output roller assembly not
locked down
Ticket prevented from
retracting
Roller assembly not locked
down.
Inspect for damage and
clean
Lock into position
7.2 Clearing a Paper Jam
If a jam does occur in the output section of the intelligent paper delivery system of SP-5000 thermal printer, the
output guide and cutter assembly may be rotated upward to gain access to the mechanism output / cutter input
area. To rotate the output assembly:
1. Turn the unit off and remove primary power by disconnecting the power cord.
2. Using your thumb on each hand, apply light pressure in an outward motion to the latches located on
each side of the plastic cutter frame. While spreading the frame latches, apply a forward and rotating motion with
your forefinger to the cutter assembly.
3. Once free, the assembly may be rotated upward 90º from the pivot, which should provide access to the
jam area.
4. Open the printer platen with the paper release lever on the left side of the printer. The jammed paper
may be removed at this time.
5. Once the paper has been removed, close the printer platen and lower the output assembly to their home
positions. Then, apply power to the unit. Normal printing may be resumed at this time.
Page 30 of 34
8 ASCII Codes
Listed below are the printable ASCII characters for the SP-5000. Decimal and Hexadecimal values are given.
Dec Hex Char Dec Hex Char Dec Hex Char Dec
Hex Char
32 20 SP 56 38 8 80 50 P 104
68 h
33 21 ! 57 39 9 81 51 Q 105
69 i
34 22 “ 58 3A : 82 52 R 106
6A j
35 23 # 59 3B ; 83 53 S 107
6B k
36 24 $ 60 3C < 84 54 T 108
6C l
37 25 % 61 3D = 85 55 U 109
6D m
38 26 & 62 3E > 86 56 V 110
6E n
39 27 ‘ 63 3F ? 87 57 W 111
6F o
40 28 ( 64 40 @ 88 58 X 112
70 p
41 29 ) 65 41 A 89 59 Y 113
71 q
42 2A * 66 42 B 90 5A Z 114
72 r
43 2B + 67 43 C 91 5B [ 115
73 s
44 2C , 68 44 D 92 5C \ 116
74 t
45 2D - 69 45 E 93 5D ] 117
75 u
46 2E . 70 46 F 94 5E ^ 118
76 v
47 2F / 71 47 G 95 5F _ 119
77 w
48 30 0 72 48 H 96 60 ‘ 120
78 x
49 31 1 73 49 I 97 61 a 121
79 y
50 32 2 74 4A J 98 62 b 122
7A z
51 33 3 75 4B K 99 63 c 123
7B {
52 34 4 76 4C L 100 64 d 124
7C |
53 35 5 77 4D M 101 65 e 125
7D }
54 36 6 78 4E N 102 66 f 126
7E ~
55 37 7 79 4F O 103 67 g 127
7F DEL
Page 31 of 34
9 UPC Code Chart
10 Controller Layout
11 Printer Specifications
11.1 Specifications
· Fixed thermal print head
· Printing speed of up to 1.7 inches/sec
· Operating Temperature: 0°C to 50°C (32°F to 122°F)
· Storage Temperature: -20°C to 60°C (-4°F to 140°F)
· Direct thermal printhead
· Dimensions: (WxHxD) 298 mm x 140 mm x 203 mm
(11.75 in x 5.5 in x 8.0 in)
· Serial RS-232C, 9600 Baud rate, DTR flow control, DB9S connector
· Parallel Centronics type interface, DB25S connector
· Resolution: 8 dots/mm (203 dots/in)
· Paper thickness: 0.05 mm to 0.11 mm maximum (.003 in to .0045 in)
· Abrasion life: 90 km (56 miles) of paper travel
· Humidity: 90% max. RH (non condensing)
· Weight: Standard configuration 3.6 kg 8.0 lbs.)
· Barcode embedded symbologies: 3 of 9, UPC-A, Interleaved 2 of 5
· 4 sizes of character set embedded
· 115 VAC 60 Hz switchable to 230 VAC 50 Hz (factory set)
· Approved for CE listing
11.2 Telpar Roll Paper for SP-5000:
· 152 mm (6 in) outside diameter for SP-5000/2 - P/N 751502-0060
· 152 mm (6 in) outside diameter for SP-5000/3 - P/N 751503-0060
· 152 mm (6 in) outside diameter for SP-5000/4 - P/N 751504-0060
· 76 mm (3 in) outside diameter for SP-5000/4 - P/N 751504-0030
11.3 Options
· 24VDC
· Time and date stamp
· 32K, 128K or 512K nonvolatile memory available
· 203 mm (8 in) diameter, 112 mm (4.4 in) wide paper roll version available.
· Microsoftâ Windowsâ driver
Page 32 of 34
12 FCC Compliance Statement
FCC Class B Compliance
Warning: Changes or modifications to this unit not expressly approved by the party responsible for compliance
could void the user’s authority to operate the equipment.
Note: This equipment has been tested and found to comply with the limits designed for a Class B digital
device, pursuant to Part 15 of the FCC Rules. These limits are designated to provide reasonable protection against
harmful interference in an installation. This equipment generates, uses, and can radiate radio frequency energy
and, if not installed and used in accordance with the instructions, may cause harmful interference to radio
communications. However, there is no guarantee that interference will not occur in a particular installation. If this
equipment does cause harmful interference to radio or television reception, which can be determined by turning
the equipment off an on, the user is encouraged to try to correct the interference by one or more of the following
measures:
· Reorient or relocate the receiving antenna.
· Increase the separation between the equipment and receiver.
· Connect the equipment into an outlet on a circuit different from that which the receiver is connected.
· Consult the dealer or an experienced radio TV technician for help.
Note: Shielded cables must be used with this unit to ensure compliance with the Class B FCC limits.
Page 33 of 34
13 CE Declaration of Conformity
Category Directive Example Standards
Product Safety 73/23/EEC EN60950 Information Technology
Low Voltage Equipment
Electromagnetic 89/336/EEC EMC EN55022 Information Technology
Compatibility (EMC) Equipment
EN50082-1 Generic Immunity
Manufacturer’s Name: TELPAR
Manufacturer’s Address: 187 Cosby Road
Dover, New Hampshire 03820
Telephone: 603-750-7237
Fax: 603-742-9938
Type of Equipment Printer
Model Number SP-5000
Serial Number: All numbers beginning with 5000C
Year of affixing CE mark: Beginning 1997
Shielded cables must be used with this unit to ensure compliance.
Underwriters Laboratory
Listed Information Technology Equipment
File E188263
Project # 97RT9281 (NWGQ/NWGQ7)
TELPAR
A Platinum Equity COMPANY
603-750-7237
Fax: 603-742-9938
Website: www.telpar.com
E-mail: info@telpar.com
Part No. 790136-0020
Page 34 of 34
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