Verkada AC12 One Door Controller Installation Guide
Verkada AC12 One Door Controller Installation Guide
Verkada Ac12. Verkada AC62 Door Controller + AD32 Door Reader Industrial Designers The device reader ports support any combination of Verkada and third-party readers for native in/out door compatibility. Quantity: Title Cloud License (Per Door) 1 Year $249
Verkada AC12 One Door Controller Installation Guide from device.report
The Verkada AC12 One-Door Controller minimizes installation cost and complexity for doors that would otherwise be difficult to secure with an electronic system The AC12 is a one-door controller that enables users to secure standalone doors electronically
Verkada AC12 One Door Controller Installation Guide
www.verkada.com 012 sales@verkada.com 6 AC12 Datasheet Key features • 12 VDC output voltage • 30 watts continuous output power • DOE Standard level VI and CoC Tier 2 efficiency Verkada's ACC-WA-30W/12V switching power supply power strip provides 30 watts of power for the AC12 one-door controller Some features are limited, depending on the selected mode: Some features are limited, depending on the selected mode: Powering the device with a PoE++/802.bt connection (60W) The Verkada AC12 One-Door Controller minimizes installation cost and complexity for doors that would otherwise be difficult to secure with an electronic system
Verkada AC12 One Door Controller A GameChanger for Standalone. Quantity: Title Cloud License (Per Door) 1 Year $249 Simplified installation in nearly any location The AC12 fits discreetly above high-visibility building entrances, within drop ceilings that provide air circulation, or in buildings where.
4 Camerasin1 Announcing Verkada's First Multisensor Camera. Bring added security and visibility to entryways by powering a Verkada context camera, alarm console or other peripheral device with PoE passthrough AC12 Technical Specifications Power Consumption 60W maximum Power Input IEEE 802.3af/at/bt PoE, PoE+, PoE++ (37VDC — 57VDC), 600mA maximum per pair; 12VDC with 2.5A minimum current Inputs