S2000-2
Operating
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Transferring working days (for example, a day stated in the calendar as Saturday may be an-
nounced as Monday)
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Programming complex flexible access schedules with repeatable period lasting for less than 7
days or exceeding 7 day period
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Programming complex access schedules without an explicit repeatable period
Two typical ways of filling the holiday list may be supposed among all the diversified variants:
1. If the access schedule (schedule of work) for employees is bound to the calendar week (for exam-
ple, days from Monday to Friday are working days, and Saturday and Sunday are the weekends),
most of days are not reassigned in the list (a ‘Daily’ day is determined by the calendar). Only a few
days in the list are marked as a ‘Holiday’ day, or redefined (if working days are re-announced), or re-
defined for values more than 7 (if special time intervals must be active for these days).
2. If sophisticated and variable access schedules (schedules of work) are not assigned with a calen-
dar week then days of the week are assigned explicitly for all the listed days (reassigned) and no or-
dinary days (for which a day of the week is defined according to the calendar) are left in the list.
In order to implement time limitations properly the controller clock has to be synchronized with the
network controller. This is provided automatically when the S2000-2 controller operates as a part of
the Orion system based on PC or the S2000M/S2000 control console of ver.1.20+, provided that the
date and time are set for the PC or the control console. The controller is equipped with a non-volatile
clock and calendar, thus the network controller turning off, the RS-485 interface communication fault
and even the S2000-2 controller outage will not cause the clock failure, time limitations operating cor-
rectly after the controller starting up again. Meanwhile, one should be kept in mind that if the S2000-2
controller operates standalone for a long time its clock can shift. That is why it is not recommended to
use time schedules while the controller operates in standalone mode without a network controller: all
time schedules for all access groups should have the number 0.
The S2000-2 controller backup battery provides power supply to the S2000-2 clock for at least 5
years.
Anti-passback Rules
Anti-passback rules are used to prevent anyone from repeated access to any access zone without
exit from it (repeated access prohibition).
An anti-passback rule is considered by the S2000-2 to be violated if after logging a passage to the
access zone of one S2000-2 reader the access to this zone is requested again with logging of the
passage to the backward direction (i.e. the passage to the access zone of another S2000-2 reader).
The controller behavior in case of an anti-passback rule violation depends on this anti-passback rule
(which can be defined for each access group separately) and can be as follows:
Summary of Contents for S2000-2
Page 1: ...Orion ISS Access Controller S2000 2 User s Manual ISO 9001 ...
Page 5: ...S2000 2 Features and Design 5 www bolid com FEATURES AND DESIGN ...
Page 8: ...Orion ISS www bolid com 8 ...
Page 9: ...S2000 2 Specifications 9 www bolid com SPECIFICATIONS ...
Page 12: ...Orion ISS www bolid com 12 ...
Page 13: ...S2000 2 Operating 13 www bolid com OPERATING ...
Page 47: ...S2000 2 Installation 47 www bolid com INSTALLATION ...
Page 67: ...S2000 2 S2000 2 Programming 67 www bolid com S2000 2 PROGRAMMING ...
Page 89: ...S2000 2 Maintenance 89 www bolid com MAINTENANCE ...
Page 94: ...Orion ISS www bolid com 94 ...
Page 95: ...S2000 2 95 www bolid com Appendix Connecting Some Models of Readers to the S2000 2 Controller ...