Product images are provided for reference and may not represent the exact model, configuration, or included components.

Overview

SKU: HS2ICNRF9
Condition: New
Availability: Usually ships in 24 hours
Warranty Manufacturer Warranty
Write a Review 42% OFF

DSC HS2ICNRF9 Keypad Reader

DSC HS2ICNRF9 Keypad Reader Overview The DSC HS2ICNRF9 is a keypad-based reader designed for access control integration in security systems. This com…

Add to cart for sale price
$245.99
$141.99
Ships same business day
In stock

Quantity:

Adding to cart… The item has been added
Compatibility guidance available for your deployment
Certified experts for pre and post-sales support
Authorized sourcing and documentation support
Shipping and lead-time confirmation before install

Bryan

Talk to Bryan

200+ hrs training • U.S - based

Certified Expert • 877-277-7147

DSC HS2ICNRF9 Keypad Reader

$245.99
$141.99

Your recommended setup

Review items below — quantities update pricing automatically.

Item Qty Status Price

Bundle Summary

Bundle Subtotal: $0.00
Optional Add-Ons: $0.00
Services: $0.00
Total: $0.00

Overview

SKU: HS2ICNRF9
Condition: New
Availability: Usually ships in 24 hours
Warranty Manufacturer Warranty
Description

DSC HS2ICNRF9 Keypad Reader

Overview

The DSC HS2ICNRF9 is a keypad-based reader designed for access control integration in security systems. This compact unit delivers credential entry and system feedback through a 64 icon LCD display, enabling straightforward user interaction and visual confirmation at entry points. The HS2ICNRF9 operates on 12VDC, making it compatible with standard security system power supplies used in residential, commercial, and light industrial deployments.

Key Features

  • Keypad Reader Design: Traditional numeric keypad interface for PIN-based or credential entry without requiring wireless or card-based technology
  • 64 Icon LCD Display: Provides visual feedback and status indication, supporting user prompts and system responses during credential verification
  • 12VDC Operating Voltage: Standard security system power compatibility, reducing auxiliary power requirements at installation
  • Compact Footprint: Dimensions of 168 x 122 x 20 mm (6.6 x 4.8 x 0.8 inches) allow integration into tight wall-mounted or recessed enclosure spaces
  • Broad Temperature Range: Rated for 0°C to 49°C (32°F to 120°F) operation, supporting both climate-controlled indoor and unheated building entry points
  • White Housing: Neutral finish integrates with standard architectural finishes and blends into commercial or residential environments

Integration & Compatibility

The DSC HS2ICNRF9 keypad reader integrates into DSC access control systems and compatible third-party platforms that support keypad input devices. The 12VDC power requirement aligns with standard security panel outputs, typically requiring minimal additional conditioning or power management. When specifying this reader, confirm system controller compatibility and verify that your access control software supports keypad credential entry alongside any card readers or biometric devices already deployed. The LCD display communicates system state directly to users, reducing support calls related to entry confusion or credential denial.

Physical Specifications

Measuring 168 x 122 x 20 mm, the HS2ICNRF9 is one of the more compact keypad readers available, reducing visual impact on entryways and fitting into standard single-gang or dual-gang electrical boxes with proper trim ring mounting. The white finish maintains aesthetic consistency with door hardware and trim in modern facilities. Operating temperature span from freezing to 49°C covers most North American and temperate climate installation scenarios, though placement should avoid direct UV exposure for long-term display legibility.

James Everett
James Everett

I've specified the DSC HS2ICNRF9 in several retrofit access control projects where PIN entry was preferred over card-based readers. The keypad interface reduces credential loss and replacement cycles, and the 64 icon LCD display provides reliable user feedback without requiring expensive text-capable displays. At 12VDC, power runs easily from existing security panels, keeping installation labor and auxiliary equipment costs down.

Technical Highlights:

  • Display Feedback: 64 icon LCD supports status indication, helping users confirm entry attempts and understand system responses without external signage
  • Standard Voltage: 12VDC operation eliminates the need for dedicated 24VDC conversion or auxiliary power supplies in most residential and small commercial systems

Deployment Considerations:

  • Confirm keypad entry is supported in your access control platform before deployment; some older systems may not recognize keypad credentials
  • Mount the reader in climate-controlled spaces whenever possible to maximize LCD display lifespan and ensure reliable operation above 0°C in winter climates

The HS2ICNRF9 works well in PIN-only scenarios or as a supplementary reader in hybrid systems. Its compact size and low power draw make it ideal for distributed entry points where card readers are not practical.

Specifications
Product Type: Keypad
Operating Temperature: 0°C to 49°C (32°F to 120°F)
Dimensions: 168 x 122 x 20 mm (6.6 x 4.8 x 0.8 in)
Display Size: 64 icon LCD display
Color: White
reader_type: Keypad
Voltage: 12VDC
Q&A
Reviews
Have Questions? Ask an Expert.

RELATED PRODUCTS

System Design, Deployment & Technical Support

Support services and planning resources for commercial surveillance, access control, and infrastructure deployments.

Fixed scope • Fixed price

System Design Assistance

  • Get help validating product compatibility
  • Coverage requirements
  • Storage planning and deployment architecture before you buy.
Request Design Help

Deployment & Configuration Support

  • Access fixed-scope support for rollout planning
  • User setup guidance
  • Migration and system standardization across single-site or multi-site deployments
View Support Services

Guides, Tools & Calculators

  • PoE requirements
  • Storage retention
  • Camera selection and deployment methodology
Open Technical Resources