The Kisi Controller Pro 1 is Kisi’s second generation of professional grade access controllers. It offers significant improvements to robustness, making the controller safer and more stable:
- Short circuit protection: the controller detects and cuts short circuits in connected locking hardware (e.g. magnetic locks, strikes)
- Overvoltage protection: the controller does not break if incorrect power supplies are attached to the power input
The Controller Pro 1 works with any existing electronic locks, such as mortise locks, electric strikes, magnetic locks ("maglocks"), and panic bars.
The administrator experience benefits include Plug & Play connectivity and allow for an efficient management and programming of in- and outgoing connectors through the Kisi dashboard.
The previous version of the Controller Pro 1, Kisi Controller Pro 1.0 is no longer sold, but it is still supported and receiving firmware updates. For more information, check our help article on Installing Kisi Controller Pro 1.0.
Inputs and outputs
- Four dry or wet relays wiring to door security hardware: dry, 12/24 volts direct current; wet: max 0.25 ampere x 24 volts or 0.5 ampere x 12 volts per relay
- Contact sensors: four door contact sensor inputs
- Request to exit (REx): four request to exit inputs
- Sustained peak not exceeding 60 watts, but typically lower depending on the number of wet relays used
Communication and connectivity
- Internet: Ethernet and Wifi (2.4 GHz and 5 GHz)
To connect the Kisi Controller Pro 1 to the internet, please consider the following two hardware features: a receiver that receives network credentials, and a status indicator that visualizes a controller's connectivity status.
- BlinkUp receiver: receives wired and wireless network (Wifi) credentials transmitted from mobile devices encoded through changes (increases and decreases) in the mobile device's screen brightness. For Ethernet setups, BlinkUp will not be needed as controllers can just be plugged in and connect automatically.
- BlinkUp status indicator: indicates the controller's connectivity status through a multi-color LED.
As an internet protocol based access control system, Kisi does not require controllers and readers to be directly wired to each other. However, controllers and readers must be on the same local network for optimum performance, including offline support. Should local network communications be unavailable, controllers and readers will communicate through the internet.
Network address specifications
The Kisi controller only makes outbound connections. This means, it must have internet connectivity and be able to resolve DNS names in the following domain: *.electricimp.com
For the controller to be able to make outbound connections, it is also necessary for specific TCP and UDP ports to be allowed through your firewall. Below is a list of specific ports that need to be whitelisted.
|31314||✓||Initial device-server connection|
|993||✓||Fallback device-server connection|
|443||✓||Fetch device firmware|
|80||✓||Fallback fetch device firmware|
|53||✓||Allow DNS lookups|
The Kisi controller will attempt to connect via TCP port 31314. If that fails, it will attempt to use TCP port 993, which is typically open by default for email traffic. Ports 443 and 80 are used to request and transfer firmware updates. This port is typically open by default for HTTP/HTTPS.
For more information on network connectivity requirements and troubleshooting, please refer to the Kisi Network Connectivity Guide in our Help Center.
- Secure over-the-air (OTA) updates
Web based management
- Inputs and outputs can be managed from the Kisi Dashboard
Dimensions, color, material
- Board height: 4.6 in (11.7 cm)
- Board width: 4.1 in (10.5 cm)
- Board depth: 0.7 in (0.2 cm)
- Controller height: 12 in (30.48 cm)
- Controller width: 9 in (22.86 cm)
- Controller depth: 3 in (7.62 cm)
- Color: White
- Material: ABS
- FCC, CE
- Screw-in wall using the provided guide
- Works with any off-the-shelf alarm panel, e.g. the Bosch FPA-1000 Fire Panel
- If you’re installing the fire access control panel (FACP) yourself, we recommend introducing an external power supply with FACP input to override access control