CS Ace 1 Door Wiegand Standalone Controller and Housing - CS4890 - 4000 Users
The CS Technologies CS4890 is a single door standalone access controller supplied in a housing and designed to operate with standard 26-bit Wiegand readers. It provides a simple and economical access control solution where software, schedules, or audit history are not required.
Supporting up to 4000 user credentials, this controller is commonly specified for small commercial and industrial sites requiring reliable single door control.
Key Features
- Standalone controller for one access-controlled door.
- Compatible with standard 26-bit Wiegand readers.
- Stores up to 4000 cards or fobs.
- Economical and reliable design.
- Optional CS4100 keypad for programming.
- No time zones and no controller event history.
- Designed and manufactured in Australia.
Specifications
- Item Code: CS4890
- Controller Type: Standalone controller and housing
- Number of Doors: 1
- Reader Format: 26-bit Wiegand
- User Capacity: 4000 credentials
- Operating Voltage: 12 VDC
- Operating Current: 150 mA
- Time Zones: Not supported
- Transaction History: Not supported
- Country of Manufacture: Australia
Dimensions
What's In The Box
- CS Ace single door standalone controller installed in housing
Suitable Uses
- Single door access control for small offices and commercial sites.
- Standalone installations without software or network requirements.
- Doors using card or fob credentials via Wiegand readers.
Download PDF Resources
|
iKey One Door Kit Installation Guide (4828) |
|
CS Technologies Standalone RF Receiver User Manual |
Frequently Asked Questions
- Can this controller work with any Wiegand reader?
It is designed to operate with standard 26-bit Wiegand readers. - Does this controller support schedules or audit history?
No. The CS4890 does not support time zones or event history. - How are users added to the system?
User programming is completed using the optional CS4100 keypad.
Additional Information
- This controller is commonly selected for sites that need reliable access control without the overhead of software-based systems.
- When controlling electric locks, confirm relay ratings and power supply capacity match the lock requirements.
- Consistent credential formats should be maintained to avoid future compatibility issues.
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Technical Drawing
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