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To configure a V2000 controller's keypad types, use the setup panel of the relevant Keypad type (V2000) object. To find this object,go to the Settings dialog box, click the Hardware tab, select the relevant VertX V2000 NC/RI object, and browse its object subtree.

To configure a keypad type:

  1. Go to the Keypad type (V2000) object's setup panel.
  2. In each of the fields 0, 1, ..., 9, enter the value that the controller receives when the field's keypad key is pressed(1).
  3. In the 0x0A field, enter the value that the controller receives when the keypad's *key is pressed(1).
  4. In the 0x0B field, enter the value that the controller receives when the keypad's #key is pressed(1).
  5. Click Apply to save the changes (2).

The keypad type is now configured.

Example. Configuring of the Keypad type object is described on basis of the HID ProxPro 5355 AGK11 code-typeset reader.

Output data format for this reader is following: P XXXXX……XXXXX P, where P – parity bit, X – data. Parity bits are needed to increase the reliability of data transferring from reader to controller. The number presented in binary form corresponds to each pressed key:

0 = 0000

1 = 0001

2 = 0010 

3 = 0011

4 = 0100

5 = 0101

6 = 0110

7 = 0111

8 = 1000

9 = 1001

* = 1010

# = 1011

For example, PIN-code consists of 4 digits and equals to 3476. In binary form the data transferring will be presented as follows: 0011 0100 0111 0110

As it was said before, in every data transferring there are even parity bits.

For the HID ProxPro 5355AGK11 reader the data transferring will be as follows: E XXXXX……XXXXX O, where E – even parity bit with 0 value; O – odd parity bit with 1 value. Transferring of 6 bits corresponds to each pressed key, where the first and the last bits are the parity bits. 4 bits between them are data bits.

Let’s consider the full output format of the HID ProxPro 5355AGK11 reader for 3476 PIN-code.

The first entered number is 3. Its binary presentation is 0011. The even parity bit (0) will be added in the beginning and the odd parity bit (1) will be added in the end. So the value will be 000111.

Entering all digits of PIN-code the reader will give the following data:

000111 (3)  001001 (4)  001111 (7)  001101 (6)

On the basis of these rules fill in the value matrix on settings panel of the Keypad type object in the ACFA Intellect software. All values should be entered in decimal form. So converting binary values into decimal (considering parity bits), the following values should be entered:

0 = 1

1 = 2

2 = 4

3 = 7

4 = 41

5 = 42

6 = 44

7 = 47

8 = 49

9 = 50

* = 52

# = 55

The settings of the Keypad type object are presented in the figure:

 

Attention!

Presence of parity bits is not necessary. Parity bits combinations are also available. In the considered example the HID ProxPro 5355AGK11 has parity bits it this order exactly.  But the manufacturer can use other combinations:

E XXXXX……XXXXX O  Even parity bit in the beginning (0), odd parity bit in the end (1)

E XXXXX……XXXXX E   Even parity bits in the beginning and in the end (0)

O XXXXX……XXXXX E   Odd parity bit in the beginning (1), even parity bit in the end (0)

O XXXXX……XXXXX O   Odd parity bits in the beginning and in the end (1)

Enter the corresponding values in decimal form depending on the combination which is in use by manufacturer.

Ask the manufacturer about the type of combination which is in use if it is not specified in the manual for reader.