Our instruments' quality level is the result of the product continuous development. This may lead to
differences between information written in this manual and the instrument that you have purchased. We cannot entirely exclude errors in the manual, for which we apologize.
Data, figures and descriptions contained in this manual cannot be legally asserted. We reserve the
right to make changes and corrections without prior notice.
REV. 1.0
23th Jan. 2008
Portable thermal printer
HD40.1
HD40.2
ENGLISH
- - 2
Portable thermal printer
HD40.1 and HD40.2
- - 3
HD40.1 – HD40.2
1. STATUS Led: shows the printer status.
2. MENU key: advances paper by two lines. When you turn on the printer, if you
press the Menu key and the ON/OFF key, you activate the printer configuration
mode.
3. Cover that gives you access to the paper roll and the printing mechanism.
4. POWER Led: provides information on rechargeable battery status.
5. ON/OFF Key: switches on and off the printer. If you press it with the MENU
key, it gives you access to the configuration mode.
6. Power supply connector. The positive pole is in the middle
.
7. 9-pole D-Sub male connector for RS232 serial connection.
- - 4
1. INTRODUCTION
The HD40.1 and HD40.2 are lightweight, compact, portable thermal printers. The
HD40.1 is connected to instruments or PC through the RS232 serial input. The
HD40.2 features a dual mode data reception system - RS232 serial and Bluetooth.
The Bluetooth wireless connection makes the HD40.2 printer very useful “in the
field”, since it does not require any connection to the instrument.
A careful design allows you to replace the thermal paper roll in a few seconds.
A four NiMH rechargeable battery pack provides power supply and ensures long
autonomy: you can print up to 3000 lines at full charge.
Standard thermal paper roll width: 57mm.
Print resolution :203 dpi
Print characters (each line): 24
Protection degree: IP40.
- - 5
2. KEYBOARD AND LED DESCRIPTION
ON/OFF Key
Press the ON/OFF key until the Status led starts blinking to turn on the printer, then
release the key.
Press the ON/OFF key until the Status led remains on to turn off the printer, then release the key.
To access the configuration mode, press the ON/OFF key and the MENU key to turn on
the printer: when the paper roll starts advancing, release both keys (see chapter 3.4,
Setup description).
MENU key
When the printer is on, press the MENU key to advance paper by two lines.
When you turn on the printer, press the MENU key with the ON/OFF key to activate
the printer configuration mode.
POWER Led
The POWER Led provides information on the rechargeable battery status.
When you connect an external power supply, the printer checks rechargeable battery
status and, if necessary, it starts charging batteries.
A precharge phase may precede the real charge in order to avoid excessive stress on
batteries when they are significantly discharged or their temperature is too low: in
this phase the POWER led blinks every second.
After this first phase, the quick charge starts: the POWER led remains on and it turns
off when the battery is fully charged.
At this point you can disconnect the external power supply and use rechargeable batteries only.
Warning: if you connect an external power supply and the POWER led turns off immediately instead of lighting, it means that there is a fault or there are no batteries.
STATUS Led
The STATUS led shows the printer status. If the led blinks every two seconds, it
means that the printer is on and ready to print. If you disable the automatic switch off, the led blinks twice every two seconds (to set automatic switch-off, see paragraph
3.4.1 point 3).
- - 6
To turn off the printer, press the ON/OFF key until the STATUS led stops blinking and
remains on: now you can release the key. The printer turns off.
The following table shows different POWER and STATUS led combinations.
STATUS LED Description
Always off. Printer is off.
Blinks slowly (every two seconds). Printer is on and ready to print.
Remains on.
Printer is turning off. When the printer is on, you
are pressing the ON/OFF key to turn it off.
Blinks twice every two seconds.
Printer is on and ready to print. You have disabled
the automatic switch-off.
POWER LED (*) Description
Blinks quickly (every second). Precharge followed by quick charge.
Remains on. Quick charge.
Always off. Batteries charged, printer ready to print.
Blinks quickly and then it turns off. Error: no batteries, no connection, faulty batteries.
(*) External power supply connected.
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3. HOW TO INSTALL AND USE YOUR PRINTER
3.1. ConnECTIONS
The printer has one input (1) for the battery charger power supply and one plug (2)
for RS232 serial connection.
Power supply connector
The power supply connector is 5.5mm in outer diameter and 2.1mm in inner diameter.
The positive pole is in the middle
The printer is provided with the SWD10 power supply which features:
• Output voltage: 12Vdc
• Maximum current: 1A.
The printer is supplied with a four 1.2V rechargeable battery pack located in the battery compartment : the printer does not work without batteries.
See chapter 3.3 to charge batteries.
RS232 serial connector
The printer is equipped with an RS232 serial communication interface with 9-pole Dsub male connector (2). The HD40.2 model also allows a Bluetooth wireless
connection.
- - 8
A null modem cable is necessary to connect the printer to the instrument : use the
HD2110CSNM cable for instruments with 8-pole Mini DIN connector (ex. HD21xx
and HD34xx.2 series, HD2010, HD2110, etc.).
Use the 9CPRS232 cable for instruments with 9-pole connector (ex. HD22xx.2 series, HD25.2, etc.).
3.2. HOW TO LOAD PAPER
The printer uses thermal paper rolls which are 57mm wide and max. 32mm in diameter. Loading thermal paper roll is easy and quick.
Follow the steps below to replace the paper roll:
1) Pull the lid to open the cover.
- - 9
2) Insert the paper roll according to the sense of rotation as shown below.
- - 10
3) Pull the paper and close the cover centring the paper roll.
4) Tear off excess paper. The printer is ready.
- - 11
3.3. BATTERIES
3.3.1. How to charge batteries
Use the SWD10 battery charger supplied with the printer to charge batteries.
Follow the steps below:
• Connect the battery charger plug to the mains and the battery charger connector
to the socket in the rear of the printer.
• If batteries are extremely discharged or temperature is too low, the POWER led
blinks for a few seconds (precharge) and then it remains on to indicate printer
quick charge.
• Charge the batteries until the POWER led turns off.
• Now the printer is ready: disconnect the battery charger cable.
Note: The first time you use the printer, you need to fully charge batteries.
3.3.2. Notes on battery usage
• A new NiMH battery performs best only after fully discharging and charging it at
least twice or three times.
• Battery autonomy changes significantly depending on printing intensity and quan-
tity. Even a charged battery will eventually discharge if unused.
• The battery may be charged and discharged hundreds of times but the battery will
eventually become exhausted. When autonomy (both when printing and waiting) is
far lower than usual, battery pack needs replacing.
• Use only the BAT-40 Delta Ohm battery pack and charge it by using the SWD10
battery charger, or alternatively, one complying with our technical specifications.
• NiMH batteries last longer provided that you discharge them completely from time
to time.
• Extreme temperatures may negatively affect battery performance.
- - 12
3.3.3. How to replace battery pack
Follow the steps below to replace the battery pack:
• Disconnect the external power supply and turn off the printer.
• Unscrew (2) the battery compartment cover located at the bottom of the printer
(1).
• Remove the connector. Make sure you don’t tear wires.
• Remove the battery pack.
• Plug the connector to your new battery pack: a notch on the connector will help
you insert it correctly.
• Position the pack in the battery compartment.
• Screw the battery compartment.
3.3.4. Battery disposal
Recycle or dispose of batteries properly.
Do not throw batteries in the dustbin.
Do not throw batteries into fire.
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3.4. HOW TO CONFIGURE YOUR PRINTER
The printer operating parameters are as follows (factory values have been underlined):
1. Interface selection: only RS232 for the HD40.1, RS232
or Bluetooth for the
HD40.2.
2. RS232 serial communication baud rate: 9600, 19200 or 38400
.
3. Automatic switch-off delay: 0, 5
, 10 or 15 minutes.
4. Printing density: -2, -1, 0
, +1, +2.
Please follow the steps below to change these parameters:
• When the printer is off, press the MENU key and the ON/OFF key until the printer
turns on and the paper roll advances. The first parameter you want to change will
appear.
• Press the MENU key to change a parameter: the new value is printed.
• Press the ON/OFF key to confirm a parameter that you selected and go to the next
one.
• Finally, after confirming the last parameter, the printer exits the configuration
menu.
Chapter 6 includes a step-by-step guide to configuring your printer correctly.
3.4.1. Printing parameters in detail
1) Interface selection (for the HD40.2 model only).
Two communication interfaces are available for the HD40.2 model: Bluetooth and
RS232 serial. The factory configuration is RS232.
Bluetooth technology allows wireless printing from a Delta Ohm instrument
equipped with the HD22BT Bluetooth module. Other brand instruments with
Bluetooth interface also allows printing, provided the number of printing columns
is 24.
A remote Bluetooth device identifies the printer as “DELTAOHM PRINTER”.
Should the Bluetooth device require a password to connect to the printer, enter
“DELTAOHM”.
The Bluetooth baud rate is fixed at 38400 baud.
RS232 communication parameters are:
• baud rate: see below
• data bits: 8 bits (unchangeable)
• parity: none (unchangeable)
• stop bits: 1 (unchangeable)
• flow control: Xon/Xoff (unchangeable).
2) Baud Rate
The baud rate is the RS232 serial port communication rate, expressed as
bit/second.
The following values are available: 9600, 19200 and 38400 baud.
This parameter doesn’t affect the Bluetooth connection which has a fixed baud
rate at 38400 baud.
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3) Automatic switch-off delay
When this interval of time has elapsed, the printer turns off automatically if you
have neither entered any command nor pressed any key.
You can set the following intervals: 0 or 5, 10 or 15 minutes. If you choose 0,
the automatic switch off is disabled and the printer turns off only if you
press the ON/OFF key.
4) Printing density
This parameter allows changing the intensity of print character. “0” is the standard value, -2 and -1 reduce intensity, +1 and +2 increase it.
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4. INTERFACES
4.1. RS232 SERIAL INTERFACE
The printer has an RS232 serial interface with a 9-pole RS232 connector located in
the rear of the printer. Two different connection cables are available on request according to the device you want to connect - instrument or PC -:
• Cod. 9CPRS232: is a 9 pole – 9 pole cable for any instrument with standard se-
rial connector and for PC connection. It is also suitable for other brand instruments.
• Cod. HD2110CSNM: is a 9 pole – 8 pole MiniDIN cable for Delta Ohm instru-
ments equipped with this connector (ex. HD21xx, HD2010, HD2110, HD34xx.2).
Printer
Connector
Device
Connector
Cable
Code
DB9 male Instrument with DB9 male 9CPRS232
DB9 male Instrument with MiniDIN HD2110CSNM
DB9 male Computer with DB9 male 9CPRS232
Both cables are null-modem.
Front view of DB9 male connector pin assignment:
Front view of MiniDIN male circular connector pin assignment:
- - 16
The following tables show cable connections.
9CPRS232 Cable HD2110CSNM Cable
DB9 to
instrument or
PC
DB9 to
printer
MiniDIN to
instrument
DB9 to
printer
1 4 1 9
2 3 2 1, 6
3 2 3 4
4 1 4 8
5 5 5 2
6 Disconnected 6 3
7 8 7 5
8 7 8 7
9 9
4.2. BLUETOOTH INTERFACE
The HD40.2 model has a Bluetooth interface.
The printer communicates with Delta Ohm instruments fitted with the HD22BT Blue-
tooth module. Besides, it receives print commands from a PC with Bluetooth interface or the HD USBKL1 module.
It has a maximum operating radius of 10 m without hindrance.
Select the “Bluetooth” parameter in the printer menu to use the Blutooth
communication protocol.
The interface operates according to the “Serial Port Profile” protocol which emulates the RS232 serial port. This means that the software connected to the printer
operates in the same way either you use a serial cable or a Bluetooth interface.
4.2.1. Control characters
Listed below are the commands to manage printer functions. These commands can be
transmitted to the printer via serial interface (RS232 and Bluetooth).
ASCII
Command
HEX
Command
Decimal
Command
Description
ESC + ‘A’ 0x1B + 0x41 27 + 65 Selects double height character
ESC + ‘B’ 0x1B + 0x42 27 + 66 selects double width character
ESC + ‘C’ 0x1B + 0x43 27 + 67 selects double height + double width character
ESC + ‘D’ 0x1B + 0x44 27 + 68
selects standard height + standard width
character (default)
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5. PRINTER STORAGE
Instrument storage conditions:
• Temperature: -25...+70°C.
• Humidity: 10...90%RH without condensation.
• Make sure you avoid:
High humidity.
Exposure to direct solar radiation.
Exposure to a high temperature source.
Strong vibrations.
Steam, salt and/or corrosive gas.
The instrument enclosure is made of ABS plastic: use only compatible solvents for
cleaning.
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6. HOW TO USE YOUR PRINTER
Please find below a step-by-step guide to using, initially setting and connecting your
printer to an instrument, as well as printing via RS232 or Bluetooth.
The guide refers to the two most popular connection methods: you can set other
methods by following the instructions in the chapters of this guide.
6.1. CONNECTION VIA RS232 CABLE
For the HD40.1 and HD40.2 printers.
Follow A, B, C, D steps in this order.
A) Before starting
1) The printer leaves the factory with partially charged batteries: batteries must
be fully charged before use. Plug the battery charger to the connector located
in the rear of the printer: the POWER led lights to indicate that batteries are on
charge.
2) Wait for the POWER led to turn off: this may take a few hours.
3) Unplug the battery charger.
4) Insert the thermal paper roll as shown in chap. 3.2.
B) How to configure your printer for connection to an instrument via serial
cable
The printer leaves the factory with the following settings:
• Interface: RS232
• Baud Rate: 38400 baud
• Automatic Switch-off delay: 5 minutes
• Printing density: 0.
Please follow the steps below to change these parameters:
• When the printer is off, press the MENU key and the ON/OFF key until the printer
turns on and the paper roll advances. The communication interface parameter
(RS232 or Bluetooth) will appear.
• Press the MENU key to select the RS232 parameter. For the HD40.1 model, you
needn’t select this parameter as it is factory set. Press the ON/OFF key to confirm.
• The paper roll advances and the Baud Rate parameter will be displayed.
• Press the MENU key to select the required value (the 38400baud factory parame-
ter is usually suitable). Press the ON/OFF key to confirm.
• The roll paper advances and the Automatic switch-off delay parameter will be dis-
played.
• Press the MENU key to select the required value (the factory parameter is 5 min-
utes, 0 disables automatic switch-off). Press the ON/OFF key to confirm.
• The roll paper advances and the Printing density parameter will be displayed.
• Press the MENU key to select the required value (the factory parameter is 0). Press
the ON/OFF key to confirm.
• The printer exits the configuration menu and it is ready to print.
The printer configuration is stored until you change it.
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C) How to configure the instrument
In the instrument you must set:
• baud rate at 38400
• Printing interval.
• Interface on PRINTER (For a few instruments only , ex. sound level meters).
Important note: the printer baud rate and that of the instrument must be the same,
otherwise the printer doesn’t work.
For further details, please look at the instrument manual.
D) How to connect the instrument to the printer
Connect the printer to the instrument through the serial cable.
• For instruments with 8-pole MiniDIN connector, use the HD2110CSNM cable: 9-
pole D Sub female – 8-pole MiniDIN (other side).
• For instruments with 9-pole D Sub male connector, use the 9CPRS232 cable: 9-
pole D Sub female (both sides).
Now the printer and the instrument are ready and configured correctly.
6.2. BLUETOOTH CONNECTION
For the HD40.2 printer.
Follow A, B, C and D steps in this order.
A) Before starting
5) The printer leaves the factory with partially charged batteries: batteries must
be fully charged before use. Plug the battery charger to the connector located
in the rear of the printer: the POWER led lights to indicate that batteries are on
charge.
6) Wait for the POWER led to turn off: this may take a few hours.
7) Unplug the battery charger.
8) Insert the thermal paper roll as shown in chap. 3.2.
B) How to configure your printer for connection to an instrument with Bluetooth interface
The printer leaves the factory with the following settings:
• Interface: RS232
• Baud Rate: 38400 baud
• Automatic switch-off delay: 5 minutes
• Printing density: 0.
Please follow the steps below to change these parameters:
• When the printer is off, press the MENU key and the ON/OFF key until the printer
turns on and the paper roll advances. The communication interface parameter
(RS232 or Bluetooth) will appear.
• Press the MENU key to select the Bluetooth parameter. Press the ON/OFF key to
confirm.
- - 20
• The paper roll advances and the Baud Rate parameter will appear.
• This parameter does not affect the Bluetooth interface. Press the ON/OFF
key to confirm the value printed.
• The roll paper advances and the Automatic switch-off delay parameter will appear.
• Press the MENU key to select the required value (the factory parameter is 5 min-
utes, 0 disables automatic switch-off). Press the ON/OFF key to confirm.
• The roll paper advances and the Printing density parameter will appear.
• Press the MENU key to select the desired value (the factory parameter is 0). Press
the ON/OFF key to confirm.
• The printer exits the configuration menu and it is ready to print.
The printer configuration is stored until you change it.
C) How to configure the instrument
• Turn on the printer configured as shown above.
• Turn on the instrument and select System Parameters >> Bluetooth Parameters in
menu.
• Select Bluetooth Connection to the printer: the instrument searches for all active
Bluetooth devices and it displays the first four devices.
• Use the UP and DOWN arrow keys to select the printer you want to connect to and
press ENTER to confirm. The instrument configures itself for connection and it goes
back to the measurement mode.
Now you have completed the configuration and the instrument is ready to
use.
Settings are stored: when you turn on the instrument, it connects itself to your printer
directly.
Set the printing interval on the instrument too.
D) How to connect the instrument to the printer
You can use the HD40.2 printer (configured correctly, as shown in paragraphs B and
C) as a normal printer connected to the instrument through a cable. Instrument and
printer settings are stored until you change them.
Please follow the steps below:
• Turn on the HD40.2 printer with Bluetooth configuration.
• Turn on the instrument with HD22BT Bluetooth module configured.
• The instrument searches for the printer and it connects itself.
Now the printer and the instrument are ready and configured correctly.
- - 21
7. FUNCTIONING AND OPERATING SAFETY
Authorized use
Please read carefully the specifications listed in the following chapter. You are allowed
to use the instrument only in compliance with these instructions. Any other use is not
authorized.
General safety instructions
This instrument is manufactured and tested in compliance with EN 61010-1 safety
standards on electronic measuring instruments and it leaves the factory in perfect
safety conditions.
Normal functioning and operating safety are guaranteed only if all usual and specific
safety standards described in this manual are observed.
Normal functioning and operating safety are guaranteed only if climatic conditions are
the same as described in the following chapter.
Use and store the instrument avoiding:
• Sudden change of the ambient temperature that may cause condensation.
• Inflammable or corrosive gases.
• Direct vibration or blows.
• Intense electromagnetic fields, static electricity.
If you carry the instrument from a cold to a hot environment, condensation may affect its functioning. In this case you should wait for the instrument temperature to
reach the ambient temperature before using it again.
User obligations
The user must comply with the following standards and directives on the use of dangerous materials:
EEC directives on safety in the workplace
National legislation on safety in the workplace
Safe working practices
- - 22
8. SPECIFICATIONS
Printing method Thermal
Resolution 203 DPI (8 dot/mm)
Printing width 48mm centered in the paper roll
Paper roll width 57mm ... 58mm
Max. paper roll diameter 32mm
Number of columns 24
Printing speed Up to 90 mm/sec (depending on battery charge
and ambient conditions)
Sensors Paper detection
Character set IBM II 858 table
Printing formats Normal or extended
Character font 1 (16 x 24 dot – 2mm x 3mm)
Thermal head durability
Mechanism life 100 million pulses (temperature: 20...25°C)
Abrasion resistance 50km of paper (temperature: 20...25°C)
Cover group durability 2000 opening/closing cycles or more
Communication interfaces RS232
Bluetooth 2.0 (for HD40.2)
RS232 Baud rate
9600, 19200 and 38400 baud
(the factory
parameter is 38400 baud)
Bluetooth Baud rate 38400 baud (for HD40.2)
Bluetooth operating distance Up to 10m without hindrance (for HD40.2)
Mains power supply (cod. SWD10) 100-240Vac/12Vdc-1A mains battery charger
Batteries Four 1.2V AA rechargeable batteries (NiMH)
Printing autonomy 3000 lines 24 characters each
It prints one line every 10 seconds
Switch-off function 0, 5, 10 or 15 minutes
Dimensions 105mm x 165mm x 53mm
Weight 380g (with batteries and paper roll)
Material ABS
- - 23
Operating conditions
Operating temperature 0°C ... 50°C
Operating relative humidity 20%RH ... 85%RH not condensing
Storage Temperature / Relative hu-
midity
-25°C ... +70°C / 10%RH ... 90%RH not condensing
Protection degree IP40
Connections
Serial interface 9-pole D sub male connector
Battery charger power supply (cod.
SWD10)
2-pole connector (positive in the middle)
EMC Standards
Safety EN61000-4-2, EN61010-1 level 3
Electrostatic discharge EN61000-4-2 level 3
Electrical fast transient EN61000-4-4 level 3, EN61000-4-5 level 3
Voltage changes EN61000-4-11
Electromagnetic interference sus-
ceptibility
IEC1000-4-3
Electromagnetic interference emission
EN55020 class B
- - 24
8.1. DIMENSIONS
The figure below shows printer dimensions.
- - 25
9. ORDERING CODES
HD40.1 The kit includes: 24-column portable thermal printer, serial inter-
face, 57mm paper width, four NiMH 1.2V rechargeable batteries,
SWD10 power supply, instruction manual, 5 thermal paper rolls.
HD40.2 The kit includes: 24-column portable thermal printer, Bluetooth
and serial interface, 57mm paper width, four NiMH 1.2V re-
chargeable batteries, SWD10 power supply, instruction manual, 5
thermal paper rolls.
The serial cable for PC/instrument connection must be ordered separately.
HD2110CSNM RS232C 8-pole MiniDin - 9-pole D Sub female null-modem cable for
connecting the printer to instruments with MiniDIN connector
(HD21xx.1 and HD21xx.2 series, HD34xx.2, HD2010, HD2110,
etc.).
9CPRS232 RS232C 9-pole – 9-pole D Sub female null-modem cable for con-
necting the printer to instrument with 9-pole D Sub connectors
(Delta Ohm instruments: HD22xx.2 series, HD25.2, etc.).
SWD10 100-240Vac/12Vdc-1A Mains battery charger.
BAT.40 Spare battery pack for HD40.1 and HD40.2 printers with in-built
temperature sensor.
RCT The kit includes 4 thermal paper rolls 57mm wide and 32mm in
diameter.
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INDEX
1 . INTRODUCTION..................................................................................................... 4
2 . KEYBOARD AND LED DESCRIPTION ....................................................................... 5
3 . HOW TO INSTALL AND USE YOUR PRINTER........................................................... 7
3.1 . ConnECTIONS...................................................................................................7
3.2 . HOW TO LOAD PAPER ........................................................................................8
3.3 . BatterieS........................................................................................................ 11
3.3.1 . How to charge batteries ............................................................................. 11
3.3.2 . Notes on battery usage .............................................................................. 11
3.3.3 . How to replace battery pack........................................................................ 12
3.3.4 . Battery disposal ........................................................................................ 12
3.4 . HOW TO CONFIGURE YOUR PRINTER ................................................................. 13
3.4.1 . Printing parameters in detail ....................................................................... 13
4 . INTERFACES ........................................................................................................ 15
4.1 . RS232 SERIAL INTERFACE................................................................................ 15
4.2 . Bluetooth INTERFACE....................................................................................... 16
4.2.1 . Control characters ..................................................................................... 16
5 . PRINTER STORAGE .............................................................................................. 17
6 . HOW TO USE YOUR PRINTER ............................................................................... 18
6.1 . CONNECTION VIA RS232 CABLE........................................................................ 18
6.2 . Bluetooth CONNECTION ................................................................................... 19
7 . FUNCTIONING AND OPERATING SAFETY ............................................................ 21
8 . SPECIFICATIONS................................................................................................. 22
8.1 . DIMENSIONS .................................................................................................. 24
9 . ORDERING CODES ...............................................................................................25
- - 27
CERTIFICATO DI CONFORMITÀ DEL COSTRUTTORE
MANUFACTURER’S CERTIFICATE OF CONFORMITY
rilasciato da
issued by
DELTA OHM SRL STRUMENTI DI MISURA
DATA
DATE
2007/10/25
Si certifica che gli strumenti sotto riportati hanno superato positivamente tutti i test
di produzione e sono conformi alle specifiche, valide alla data del test, riportate nella documentazione tecnica.
We certify that below mentioned instruments have been tested and passed all production
tests, confirming compliance with the manufacturer's published specification at the date of
the test.
La riferibilità delle misure ai campioni internazionali e nazionali delle unità del SIT è
garantita da una catena di riferibilità ininterrotta che ha origine dalla taratura dei
campioni di laboratorio presso l’Istituto Primario Nazionale di Ricerca Metrologica.
The traceability of measures assigned to international and national reference samples of SIT
units is guaranteed by a uninterrupted reference chain which source is the calibration of
laboratories samples at the Primary National Metrological Research Institute.
Tutti i dati di calibrazione della strumentazione di test sono conservati presso la
Delta Ohm e possono essere visionati su richiesta.
All calibration data for test equipment are retained on Delta Ohm and are available for inspection upon request.
Tipo Prodotto: Stampante portatile
Product Type: Portable printer
Nome Prodotto:
HD40.1 - HD40.2
Product Name:
DELTA OHM SRL
35030 Caselle di Selvazzano (PD) Italy
Via Marconi, 5
Tel. +39.0498977150 r.a. - Telefax +39.049635596
Cod. Fisc./P.Iva IT03363960281 - N.Mecc. PD044279
R.E.A. 306030 - ISC. Reg. Soc. 68037/1998
- - 28
GUARANTEE
GUARANTEE CONDITIONS
All DELTA OHM instruments have been subjected to strict tests and are guaranteed for 24 months from
date of purchase. DELTA OHM will repair or replace free of charge any parts which it considers to be inefficient within the guarantee period. Complete replacement is excluded and no request of damages are recognized. The guarantee does not include accidental breakages due to transport, neglect, incorrect use, incorrect connection to voltage different from the contemplated for the instrument. Furthermore the guarantee is not valid if the instrument has been repaired or tampered by unauthorized third parties. The instrument has to be sent to the retailer without transport charge. For all disputes the competent court is the
Court of Padua.
The electric and electronic devices with the following symbol cannot be disposed in the public
dumps. According to the Directive UE 2002/96/EC, the European users of electric and electronic
devices are allowed to give back to the Distributor or Manufacturer the used device at the time of
purchasing a new one. The illegal disposing of electric and electronic devices is punished by a
pecuniary administrative penalty.
This guarantee must be sent together with the instrument to our service centre.
N.B.: Guarantee is valid only if coupon has been correctly filled in all details.
Instrument type
HD40.1 HD40.2
Serial number
RENEWALS
Date Date
Inspector Inspector
Date Date
Inspector Inspector
Date Date
Inspector Inspector
CE CONFORMITY
Safet
y
EN61000-4-2, EN61010-1 LEVEL 3
Electrostatic discharge EN61000-4-2 LEVEL 3
Electric fast transients EN61000-4-4, EN61000-4-5 LEVEL 3
Voltage variations EN61000-4-11
Electromagnetic interference susceptibility IEC1000-4-3
Electromagnetic interference emission EN55020 class B
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