Less than 1mA power consumption during continuous operation
Suitable for use with Ringdales ANSI faceplate
Compatible with most ANSI self-latching type door mechanisms
9volt (other versions available)
Can be operated with Lithium battery or power supply
Designed to American ANSI standards
Dimensions (lock body):
Lock body only without Lip-bracket:1-1/10 x 3-9/16 x 4/5 inches(28 x 90 x 20 mm)
Dimensions (complete lock):
Lock complete with short ANSI Lip-bracket and Faceplate fitted, Overall dimensions:1-1/4 x 4-7/8 x 1-1/2 inches (32 x 124 x 38 mm)
9V DC nominal
less than 1mA @ 9V DC continuous operation
min. 810 pounds (3600N)
Temperature and Humidity:
0 - 70ºC (operating temp.)
0...80% non condensing connection
00-16-0447-0009 (9v - Fail Locked, PTO, for any system)
AC - Micropower 9V Pulse D/Strike ANSI STD (PTO)
Extremely low power ANSI door strike which uses less than 1mA during continuous operation. Ideal for 9V battery applications.
Ringdales Micropower ANSI Pulse Operated Door Strike can be run effectively and economically with a low power Lithium battery. It operates with less than 1mA of continuous power to unlock (in similar mechanisms this operation can take up to 10 watts).
The Door Strike is universally compatible with any other access control device. A selection of faceplates are also available to fit Ringdale’s ANSI Door Strike. (Faceplates are sold seperately).
Ringdales Door Strike can be connected to a network via a network access controller, or can be used as a stand alone device.
Ringdales Card Readers can be controlled from a central software program over a 10/100base Ethernet network. In the event of a fire alarm, this software can enable all doors to be opened.
Using the Door Strike in conjunction with Ringdales Proximity Card Readers and Controllers, users simply wave an ID card (with a unique built in code) in front of the reader unit. The event is then logged and if the user has been granted access the door will be unlocked.
Caution! All specifications published herein are subject to change without notice. See website for Terms and Conditions of use of the website and the information provided herein. See Ringdale website on www.ringdale.com for Terms and Condtions of Sale and Service.