PRASTEL EASYBKA User Manual

EASYBKA - EASYBKR
ENGLISH
ISEASYBK_08_18.pdf.docx
30
1. INTRODUCTION
The EASYBKA/R is a vandal resistant keypad access control unit
suitable for external applications. The unit accepts up to 500 users and
provides entry via the use of PIN codes.
Model EASYBKA/R is provided with LED backlight.
2. MAIN TECHNICAL FEATURES
Operating Voltage Range: 12-24 VAC/DC
Maximum Input Current:
without heating: 70mA in standby – 130 mA max
with heating, 12Vcc: 550mA in standby – 610 mA max
with heating, 24Vcc: 350mA in standby – 465 mA max
Lock Strike Relay: Form C, 2A
Auxiliary Relay: Form C, 2A
Inputs:
REX N.O., Dry Contact
Auxiliary Input (In / Monitor) N.C., Dry Contact in Monitor Mode
N.O., Dry Contact in Input Mode
Operating Temperature:
Keypad Heater Enabled: da –20 °C a 60 °C
Keypad Heater Disabled: da 0 °C a 63 °C
IP protection degree: IP 65
Dimensions: 120mm x 76mm x 22mm
Weight: 521 g

PRASTEL EASYBKA Specifications

General

Brand	PRASTEL
Model	EASYBKA
Category	Keypad
Language	English

Summary

1. INTRODUCTION

2. MAIN TECHNICAL FEATURES

Operating Voltage Range

Specifies the voltage range for the unit.

Maximum Input Current

Details current consumption in standby and max.

Lock Strike Relay

Describes the specifications of the lock strike relay.

Auxiliary Relay

Details the specifications of the auxiliary relay.

Inputs

Lists the available inputs like REX and Auxiliary Input.

Operating Temperature

Provides temperature ranges for heater enabled/disabled.

IP Protection Degree

States the ingress protection rating of the unit.

Dimensions

Lists the physical dimensions of the unit.

Weight

Specifies the unit's weight.

3. MOUNTING

Wiring the EASYBKA/R

Instructions for wiring the controller pigtail cable.

3.2 WIRING THE LOCK STRIKE RELAY AND REX

3.3 WIRING THE AUXILIARY INPUT AND OUTPUT

4. NORMAL, SECURE & MASTER USERS

Normal User

User with primary code, access in Normal/Bypass modes.

Secure User

User with primary/secondary codes, access in all modes.

Master User

User with same primary/secondary codes, access in any mode.

5. MODES OF OPERATION

Normal Mode

Default mode, green LED, door locked until code.

Bypass Mode

Orange LED, access depends on Fail Safe/Secure setting.

Secure Mode

Red LED, only Secure/Master users access.

5.1 CHANGING THE MODES OF OPERATION

5.1.1 Changing from Normal Mode to Secure Mode

Steps to change from Normal to Secure mode.

5.1.2 Changing from Secure Mode to Normal Mode

Steps to change from Secure to Normal mode.

5.1.3 Changing from Normal Mode to Bypass Mode

Steps to change from Normal to Bypass mode.

5.1.4 Changing from Bypass Mode to Normal Mode

6. AUXILIARY INPUT AND OUTPUT

7. REQUEST TO EXIT (REX) BUTTON

Fail Secure Operation

REX button behavior in Fail Secure mode.

Fail Safe Operation

REX button behavior in Fail Safe mode.

8. PROGRAMMING THE EASYBKA/R

8.1 ENTERING PROGRAMMING MODE

8.2 TO EXIT THE PROGRAMMING MODE

9. CHANGING THE BACKLIGHT AND LED BEHAVIOR

10. CHANGING THE OPEN CODE

11. CHANGING THE AUXILIARY CODE

12. CHANGING THE PROGRAMMING CODE

13. CHANGING THE NORMAL / SECURE CODE

14. CHANGING THE NORMAL / BYPASS CODE

15. DEFINING AUXILIARY INPUTS/OUTPUTS

17. ENROLLING PRIMARY & SECONDARY CODES

Primary Codes

Rules and constraints for primary codes.

Secondary Codes

Rules and constraints for secondary codes.

17.1 ENROLLING PRIMARY AND SECONDARY CODES USING THE STANDARD METHOD

A. The Standard Method

Method for known user slot numbers.

B. The Code Search Method

Method for unknown user slot numbers.

17.2 ENROLLING SECONDARY CODES USING THE CODE SEARCH METHOD

18. DELETING PRIMARY & SECONDARY CODES

18.1 DELETING PRIMARY AND SECONDARY CODES USING THE STANDARD METHOD

18.2 DELETING PRIMARY AND SECONDARY CODES USING THE CODE SEARCH METHOD

19. LOCK STRIKE RELAY AND AUXILIARY RELAY CODE ASSIGNMENT USING THE STANDARD METHOD

19.1 RELAY CODE ASSIGNMENT USING THE STANDARD METHOD

Steps for assigning codes to relays via standard method.

19.2 RELAY CODE ASSIGNMENT USING THE CODE SEARCH METHOD

20. ENABLING OR DISABLING THE BUILT-IN KEYPAD HEATER

21. REPLACING A LOST PROGRAMMING CODE

22. REPLACING A LOST NORMAL / SECURE CODE

23. RETURN TO FACTORY DEFAULT SETTINGS AND SELECTION OF CODE LENGTH