ACCESS CONTROLLER PR302 ROGER

€148.97
Shipping from warehouse: ⁨H7⁩
Estimated shipping: Tue, Nov 26 - Fri, Nov 29
14 days returnUnconditional return policy
Availability:
moderate quantity
Brand:
ROGER
Product code:
PR302 / 5902887031649

Specification

Card read range:.max. 12 cm
Card support:Unique EM 125kHz
Communication:RS-485 RACS (Roger)
Dimensions:105 x 105 x 31 mm
Environmental class:And
Input lines:3 NO/NC
Operating temperature:0 °C ... 55 °C
Output lines:3
Permissible relative ambient humidity:10  ... 95 % (non-condensing)
Power:10  ... 15 volts DC
Producer / brand:ROGER
Relay contact load:1.5 A / 30 V
Scales:0.17 kg
Sealing:IP30
Selected features:Built-in Unique EM 125kHz proximity reader (EM4100/4102) Identification modes (Card or PIN, Card & PIN, Card Only, PIN Only) Possibility of connecting an additional reader of the PRT series (two-way door control) / Wiegand 3 programmable NO/NC input lines 2 programmable transistor outputs 1A Programmable relay output 1.5A/30V tamper alarm : Tamper - NC 24V/50mA Cooperation with opening sensor and output button Indication of force input and the lack of closing the door Possibility to attach an XM-2 type I/O expander 4000 indexed users 250 access groups 99 time schedules 128 time zones within the schedule Christmas settings Anti-passback Battery backup History of 32000 events Possibility to attach a biometric reader (High Security option) Recording of time and attendance information Integration with the alarm system via the I/O line Remote programming with Computer Software update via RS-485 port Software included ( Windows XP/2003/Vista/7/8 ) Distance between controller and additional access reader : 150 m Maximum distance between controller and computer : 1200 m
Warranty:3 years

The PR302 controller can work in standalone or network modeThe device allows one-sided or two-sided control of the passage. In the case of two-sided control, an external PRT series access reader or a reader equipped with a Wiegand interface should be attached to the controller.

Despite our best efforts, we cannot guarantee that the published technical data and photos do not contain inaccuracies or errors, which, however, cannot be a basis for claims.

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