content loaded
Please sign in to view pricing and availability and to add to cart.
Overview
Specifications
Documents
Product Overview
SDC's EntryCheckâ„¢ 923 series narrow indoor/outdoor standalone digital keypads are designed to control access of a single entry point for facilities with up to 500 users. Each user is assigned a personal identification number (PIN). Keypad entry of a valid one to six digit code activates one or both of the output relays which releases an electric door lock.
923P models add HID proximity reader capability to the keypad and 923PW models are designed to interface with SDC's IPPro® and most access control systems providing a standard 26-bit Wiegand output.
Main Features
- Digital keypad with backlit keys
- 12-key illuminated, moisture-resistant keypad
- Weather and vandal resistant housing with tactile keys
- Built-in tamper switch
- Keypad programmable
- Visual status indicators (LED)
General Information
Name: SDC 923PW EntryCheck Narrow Digital Keypad Wiegand
Category: Security Door Controls, Access Control, Keypads & Readers, Proximity Readers, Access Control Keypads
UPC Code: 712905225760
Country of Origin: Taiwan. Country of origin is subject to change.
Specifications
-
ADI Part Number SZ-923PW Brand Name Security Door Controls Manufacturer Security Door Controls Manufacturer Part Number 923PW Product Model 923PW Product Name EntryCheck 923PW Card Reader/Keypad Access Device Product Series 923 Product Type Card Reader, Keypad Access Device Weight (Approximate) (g) 748.427 Â
-
Connectivity Technology Wired Host Interface Wiegand Identification Method Key Code, Proximity Number of Users 500 Â
-
Wiegand Yes Â
-
Application/Usage Door, Indoor, Outdoor Color Black Color Family Other Depth 1.4" Depth (mm) 34.798 Form Factor Mullion Mount, Standalone, Surface Mount, Wall Mount Height 7" Height (mm) 185.674 Product Color Black Powder Coat Weight (Approximate) 1.65 lb Width 1.8" Width (mm) 44.450 Â
-
Input Voltage 16V DC, 5V DC Â
-
Limited Warranty 5 Year Â
-
Indoor/Outdoor Indoor, Outdoor Â