Overview

The SPC system can provide support for 2,500 users who can be provided with both intrusion and access rights. The nature of the architecture of SPC lends itself to a scalable system.  The basic building block is a single SPC controller and a door controller, this will contain the logic to offer customers the full range of access and intrusion functionality. The system can then be scaled by adding additional controllers. When the system reaches the limit of a single control multiple controllers can be grouped together to form larger system groups. Each SPC Controller is IP enabled and provides a secure AES256 bit CBC (VPN like) connection to remote management systems including the SPC Connect cloud service. This service allows customers to remotely manage their system and provide remote access to configuration and control functions

SPC Access features

  • Hybrid Intrusion access rights
  • Adaptive access rights
  • Time and Date configuration
  • Door configuration and customisation
  • Emergency Integration
  • Custom configuration and programming options
  • up to 32 entry exit doors
  • up to 2,500 users
  • Arm disarm intrusion system from access engine
Define rights

SPC allows for up to 5 profiles per user, users can be quickly defined with predefined access levels allowing for instant access, this model also allows for a complex definition of rights, with permissions varying by time of day, area, system state, and conditions.

Monitored

Using the SPC communications systems and SPC cloud the system can be continuously monitored and controlled remotely, the SPC mobile app allows for the remote control of doors with the SPC cloud allowing for the remote configuration of users and permissions.

 

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Intrusion Intergration

With Security and intrusion at its core SPC access system interacts with intrusion system to ensure security, the ability to have complete control of users intrusion and access rights within a single system. With SPC intrusion integration the access functionality can be used to control and interact with the intrusion system. 

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Your interface

SPC provides a local web interface, a cloud interface and a proprietary interface allowing for you to define how you wish to control your system.

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Compatible readers

The SPC door controllers are designed to support a wide range of readers with over 70+ variants of Wiegand and Clock and data interface. This means that SPC can support Vanderbilt readers and also readers from other major manufacturers.

Arm disarm from your access reader

  • Definable per door
  • Control by time of day
  • Arming confirmation
  • Hybrid access and intrusion rights
  • Emergency Integration

Extend access time

Allow additional time for users to gain entry through doors based on the users card

  • Definable per door
  • Definable per card

Extend access time

Allow additional time for users to gain entry through doors based on the users card

  • Definable per door
  • Definable per card

Interlock doors

Control and restrict access by only allowing one door to open at a time, the interlocking functionality ensures that only one door can open at a time.

  • Definable doors into groups
  • Control by time of day or always active
  • Emergency override

Anti passback

Control and restrict access by only allowing a card to gain entry to an area once until the card leaves the area.

  • Definable door groups
  • Control by time of day or always active

 

Anti-passback operates by allowing entry and once the door is opened the user is inside the door group until the user leaves the door group the user access will be denied.

Related Products

SPCA210.100

The SPCA210.100 2-door expander extends the SPC controller with advanced door control functionality for 2 entry doors or 1 entry/exit door. The device features 2 Wiegand/Clock&Data interfaces, 4 LED control outputs (1 void / valid per reader), 4 zones (1 position- and 1 opening switch per door), 2 relay outputs (1 lock per door) and an onboard buzzer to signal “door open too long” events.To allow the greatest flexibility, the zones and outputs are freely programmable for other purposes if not used for door control. Up to 512 priority card holders can be stored on the expander for standalone operation in case of communication loss to the control panel. The expander comes in a plastic housing with front tamper protection and features also an X-BUS status LED and onboard buzzer for easy device identification and extensive self-diagnostic capabilities. Vanderbilt part code V54547-A101-A100

SPCP432.300

Smart PSU with 2-door expander, G2-housing

The SPCP432.300 smart power supply expander (PSU) extends the SPC system via X-BUS with a monitored 12 VDC local power source for battery management and connected security devices (e.g. expanders) and advanced door control functionality for 2 entry doors or 1 entry/exit door. The PSU comes in a tamper-protected metal housing with space for an optional 7 Ah battery. Vanderbilt part code V54545-C103-A100

SPCP433.300

The SPCP433.300 smart power supply expander (PSU) extends the SPC system via X-BUS with a monitored 12 VDC local power source for battery management and connected security devices (e.g. expanders) and advanced door control functionality for 2 entry doors or 1 entry/exit door. The PSU comes in a tamper-protected hinged metal housing with space for an optional 17 Ah battery and 3 expanders. Vanderbilt part code V54545-C104-A100

Compatible readers

VR20M-MF

VR Mullion reader - Modern attractive looking reader with hardwearing materials which endure the most challenging weather conditions. Multicolour programmable light frame on all readers which enhance the look and functionality of the reader.  The customer can choose colors for each outcome and the rest state. OSDP or Wiegand connectivity supporting MIFARE card technology including EV1 and EV2.

 

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VR20

VR50M-MF

VR Mullion reader - Modern attractive looking reader with hardwearing materials which endure the most challenging weather conditions. Multicolour programmable light frame on all readers which enhance the look and functionality of the reader. The customer can choose colors for each outcome and the rest state. OSDP or Wiegand connectivity supporting MIFARE card technology including EV1 and EV2.

 

Learn how to configure and wire

VR50

VR10S-MF

Designed for today’s bright, clean interiors, yet robust in service, the VR10S-MF is easy to install, use and maintain. The VR10S-MF has three indicator LEDs and a multi-tone buzzer for audio verification. A multicolor light frame enforces access status information. This can be configured to follow the indicator LEDs or any number of different options. This reader uses OSDP to communicate with SPC Door controllers

Learn how to configure and wire

VR10 readers

VR40S-MF

Designed for today’s bright, clean interiors, yet robust in service, the VR40S-MF is easy to install, use and maintain. The VR40S-MF has three indicator LEDs and a buzzer for audio verification. A multicolor light frame enforces access status information. This can be configured to follow the indicator LEDs, or any number of different options. It has a high quality backlight keypad with tactile feedback as well as a graphical OLED display to maximise user interaction with arming, access and recognition messaging etc. resulting in improved and enhanced user interaction "at the door". Display brilliance is set automatically by an inbuilt light sensor.

Learn how to configure and wire

MF1040e

Proximity only reader, reads sector data from MIFARE cards/fobs also can read the serial number from any MIFARE Classic card/fob or data from any sector (read key required)

Learn how to configure and wire

MF1040e

Combined proximity and PIN reader, reads sector data from ACT MIFARE cards/fobs also can read the serial number from any MIFARE Classic card/fob or data from any sector (read key required)

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HMD-TKSV-SES-S/CDA2

Securyt keypad and reader, which is suitable for external applications, semi-flush mounted. The device has two input features; numeric code and electronic coded card or fob, VdS approved G115051

The reader is suitable for use with the SPC system and interfaces via the SPCA210

Learn how to configure and wire

HMD-TKWA-AES/CDA2

Keypad and reader, which is suitable for internal & external applications, surface mounted. The device has two input features; numeric code and electronic coded card or fob, VdS approved G115050.
4m of 10 core cable are factory fitted.

The reader is suitable for use with the SPC system and interfaces via the SPCA210

Learn how to configure and wire

HMD-LWA-AES/CDA2

This compact reader is suitable for internal or external applications. The device is activated by an electronic coded card or fob, VdS approved G115050

The reader is suitable for use with the SPC system and interfaces via the SPCA210

Learn how to configure and wire

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Summary
SPC Access control functionality
Article Name
SPC Access control functionality
Description
The SPC system can provide support for 2,500 users who can be provided with both intrusion and access rights. The nature of the architecture of SPC lends itself to a scalable system. The basic building block is a single SPC controller and a door controller, this will contain the logic to offer customers the full range of access and intrusion functionality. The system can then be scaled by adding additional controllers. When the system reaches the limit of a single control multiple controllers can be grouped together to form larger system groups. Each SPC Controller is IP enabled and provides a secure AES256 bit CBC (VPN like) connection to remote management systems including the SPC Connect cloud service. This service allows customers to remotely manage their system and provide remote access to configuration and control functions.
Author
Publisher Name
Vanderbilt Industries
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