inepro Spider Rfid Reader Instruction Manual
- June 1, 2024
- inepro
Table of Contents
inepro Spider Rfid Reader
Introduction
This document has been created with the intention of explaining how to
configure the inepro Spider RFID reader to deliver an output value like KOFAX
(Baltech) readers. The described configurations have been developed based on
the most widely used RFID technologies on the market, but it is to be imagined
that they may require some additional modifications, depending on the values
required by the end customer’s application, or by the specific configuration
that the KOFAX reader (Baltech) may be using.
The base KOFAX configuration used to create these configurations is the Stock
Solution called ‘All hardware supported card types. With that Stock Solution
the inepro Spider RFID reader will be delivering a similar value to the KOFAX
(Baltech) reader that uses this configuration.
Goals
The objective is to provide an easy and quick way to configure the inepro
Spider RFID reader, so that it can be integrated into environments where KOFAX
(baltech) readers are currently used in combination with software from the
same brand, and multifunction printing devices.
The support technician, or the staff in charge of post-sale support, should be
able to use this document as a guide, to correctly configure the inepro Spider
RFID reader as required by the end customer RFID technology used, and the
deployed KOFAX software solution.
For each configuration, the name of the required setting, and the specific
value for the inepro Spider RFID reader, is described. With this information,
the user will be able to create, save, and program the correct configuration
for the reader.
Requirements
- Windows based desktop/laptop with an available USB port
- Spider RFID reader tool or Spider – SCR Advanced Reader tool
- Inepro Spider RFID Reader Core, Pocket, Desktop or Desktop MFP
- Spider USB Cable Type A Male 180cm / 70.86inch (P279243)
Configuration Settings
In this section you will find the specific settings configurations, for the most used RFID technologies. These settings are required for the Spider RFID Reader to match the KOFAX (Baltech) output values:
How to use
-
Discover the Card technology type used by your KOFAX Reader and your cards.
-
Write down the number that a card generates at this KOVAX Reader, do this for 3 cards in total.
” The ‘output string example’ in each card type section is the number that you get from the KOVAX reader. -
Match the configuration and check with the three cards if you get the numbers you have written down earlier.
-
Ifthey match you can now use these cards with this Spider RFID reader also, they will render the same number.
EM Marin – 5 bytes
Output string example: 00515411456963
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_EM Marin_5_bytes |
Unique inverted | l |
USB backward compatible output | l |
USB backward compatible output decimal | |
USB backward compatible output length | 14 |
USB backward compatible UID length | 5 |
USB device interface | 0 |
USB ignore card removed |
Felica – 64 bits
Output string example: 00072345672091248130
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Felica_64_bits |
Felica support | |
USB backward compatible output | |
USB backward compatible output decimal | l |
USB backward compatible output length | 20 |
USB device interface | 0 |
USB ignore card removed |
HID iClass – 8 bytes
Output string example: 09248174824314835680
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_H ID_iClass_8_bytes |
HID iClasssupport | l |
USB backward compatible output | |
USB backward compatible output byte order | |
USB backward compatible output decimal | |
USB backward compatible output length | 20 |
USB backward compatible UID length | 8 |
USB device interface | 0 |
USB ignore card removed |
Hitag II – 4 bytes
Output string example: 2006998047
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | Hitag II |
HITAG 2 SU pport | l |
USB backward compatible output | l |
USB backward compatible output decimal | l |
USB backward compatible output length | 10 |
USB backward compatible UID length | 4 |
USB device interface | 0 |
USB ignore card removed |
ioProx – 4 bytes
Output string example: 55800
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | ioProx |
ioProx support | |
USB backward compatible output | |
USB backward compatible output byte order | 0 |
USB backward compatible output decimal | |
USB backward compatible output length | 5 |
USB backward compatible UID length | 4 |
USB device interface | 0 |
USB ignore card removed |
Legic Advant – 8 bytes
Output string example: 08822580257322173920
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Legic_Advant_8_bytes |
Legic Adva nt support | l |
USB backward compatible output | l |
USB backward compatible output byte order | |
USB backward compatible output decimal | |
USB backward compatible output length | 20 |
USB backward compatible UID length | 8 |
USB device interface | 0 |
USB ignore card removed |
Legic Prime – 4 bytes
Output string example: 1475703921
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Legic_Prime_4_bytes |
Legic UID byte order | 2 |
USB backward compatible output | |
USB backward compatible output byte order | 0 |
USB backward compatible output decimal | |
USB backward compatible output length | 10 |
USB backward compatible UID length | 4 |
USB device interface | 0 |
USB ignore card removed |
Mifare Classic – 4 bytes
Output string example: 3502460026
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Mifare_Classic_4_bytes |
Mifa re classic support | l |
USB backward compatible output | |
USB backward compatible output byte order | |
USB backward compatible output decimal | |
USB backward compatible output length | 10 |
USB backward compatible UID length | 4 |
USB device interface | 0 |
USB ignore card removed |
Mifare Classic – 7 bytes
Output string example: 037262652314272516
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Mifare_DESfire_7_bytes |
DESfire support | l |
USB backward compatible output | l |
USB backward compatible output byte order | |
USB backward compatible output decimal | |
USB backward compatible output length | 18 |
USB backward compatible UID length | 7 |
USB device interface | 0 |
USB ignore card removed |
Mifare DESfire – 7 bytes
Output string example: 036059530481387268
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Mifare_DESfire_7_bytes |
DESfire support | l |
USB backward compatible output | l |
USB backward compatible output byte order | |
USB backward compatible output decimal | |
USB backward compatible output length | 18 |
USB backward compatible UID length | 7 |
USB device interface | 0 |
USB ignore card removed |
Mifare Ultralight – 7 bytes
Output string example: 037250435272781060
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Mifare_Ultralight_7_bytes |
Mifare ul support | l |
USB backward compatible output | |
USB backward compatible output byte order | |
USB backward compatible output decimal | |
USB backward compatible output length | 18 |
USB backward compatible UID length | 7 |
USB device interface | 0 |
USB ignore card removed |
NexWatch – 31 bits
Output string example: 88290838
Setting | Value |
---|---|
Beeper volume | 75 |
Configuration name | KOFAX_Nexwatch_3l_bits |
NexWatch support | l |
USB backward compatible output | |
USB backward compatible output decimal | l |
USB backward compatible output length | 8 |
USB device interface | 0 |
USB ignore card removed |
Special Considerations
HID Proximity / Indala / Awid
The Spider RFID Reader has support for these technologies, but for now we
can’t provide a specific configuration with the same KOFAX output value.
This is under development and will be included in a future firmware version,
as well in the required documentation.
Gprox / Cardax / IDTeck
The support for these technologies is under development.
KOVAX (Baltech) Configuration for Spider RFID
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