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General| Brand | KMS |
|---|---|
| Model | Simplekey 4 |
| Category | IP Access Controllers |
| Language | English |
Details basic installation aspects and assumes prior experience with access control systems.
Provides support for installation, operation, and product use during business hours.
Overview of Simplekey 4 as an extendable residential access control system for up to 10,000 residents.
Lists the main parts of a Simplekey 4 system, including controller, module, readers, and interfaces.
Explains the token-based access mechanism where token codes are compared to stored data for lock release.
Describes system pre-programming, token assignment to areas, and administration via Simplekey Web.
Details system capacity for doors (up to 16) and tokens (up to 10,000).
Provides dimensions, weight, and mounting details for the system controller.
Lists communication methods (Mobile, IP), interface (KMS BUS), memory type, and baud rate.
Outlines input voltage, current consumption, lock power, operating temperature, humidity, and timers.
Lists required information for adding new blocks/areas for existing clients, such as names, addresses, and access details.
Emphasizes the importance of site surveys for determining GPRS signal, controller location, and gathering system programming information.
Outlines essential tests for ensuring correct system connection and configuration post-installation.
Provides a high-level, step-by-step procedure for setting up a Simplekey 4 system.
Lists the components that constitute the Simplekey 4 system, including controller, BUS, readers, and interfaces.
Describes the I2C2 board with RJ45 sockets and screw connectors for BUS connections and expansions.
Details the RJ45 adaptor board used for connecting Lock Controllers and Reader Interfaces to the system controller.
Lists hardware improvements in the Mk3 System Controller, focusing on connectivity and ease of installation.
Provides a visual overview of the System Controller's connections and features, including ports and LEDs.
Details the connections for the box tamper switch, including terminal 1 and terminal 2.
Describes programmable relays for auxiliary use, such as door open contact outputs, with a 5 Amp capacity.
Explains the M2S and S2M signals for the Communication BUS, including voltage and current specifications.
Details input functions for door contacts, Request to Exit, Local/Global Fire, and output relay connections.
Specifies the 0V, -V, and +V connections for lock outputs, with a maximum 2A supply.
Details the +VE and -VE connections for the Power Supply Unit, specifying +12v DC and 0v.
Outlines the +VE and -VE connections for a battery backup, specifying +12v, 7Ah lead acid battery.
Explains the two powered lock outputs, their 2 Amp capacity, and the 'Energised'/'De-energised' default modes.
Stresses compliance with fire and safety regulations, recommending Fail-Safe locks for escape routes.
Describes door contact inputs, their default normally closed state, and how they can be configured.
Details the Request to Exit input for egress buttons and its default lock release time of 5 seconds.
Explains three auxiliary inputs (Aux 1, Aux 2, Aux 3) for door entry, local fire, and global fire events.
Specifies maximum cable lengths for KMS BUS, Reader Interfaces, Lock Controllers, and GPRS Antennas.
Provides a wiring guide for BUS data between separate cabinets, emphasizing the need for a 12v DC supply in each.
Describes the Fail-Safe operation where the lock controller reverses its default state, releasing the door on communication loss.
Explains Fail-Secure operation, where the lock controller retains its default state during communication loss.
Lists and describes the input connections for the Lock Controller, including DOOR, RTE, and auxiliary inputs.
Details the output connections for the Lock Controller, including lock power and override switch connections.
Explains how locks are wired intrinsically safe and the function of emergency over-ride switches based on lock type.
Details the M2S, 0v, 12v, S2M, and BUS mode connections for the Communications BUS input.
Provides a visual overview of the Reader Interface, showing connections for CH1, CH2, KMS BUS, and reader modes.
Details the specific connections for Reader Channels 1 and 2, including LED, Data, SIG, 12V, and 0V.
States compatibility requirements for BUS readers with Simplekey 4 Controllers and supported token types.
Specifies the required cabling (Cat5, Cat5e, Cat6) for BUS readers and notes the use of pure copper.
Describes the two types of BUS readers (Panel Mount, Vandal) and their installation requirements.
Explains the use of the RJ45 BUS Adaptor for connecting BUS readers to the system.
Details the wiring for BUS readers, including colour codes for 12v, 0v, M2S, S2M, Mode, and external speaker.
Explains the necessity of fitting Metal Oxide Varistors (MOVs) to suppress back EMF spikes from locks.
Presents a basic system setup diagram showing the interaction between System Controller, Reader Interface, and Lock Controller.
Illustrates a system wired to a local power supply with direct KMS BUS data connections to the System Controller.
Shows a system with separate power supplies for logic and lock power, demonstrating LK1 link cutting.
Describes system behavior during a power cut, including automatic unlocking for Fail-Safe locks.
Details consequences of data line cuts to Reader Interface or Lock Controller, including alarms and potential lock behavior.
Explains alarms generated by the System Controller for door faults like 'Door Left Open' or 'Door Forced' events.
Lists features of the CM-4G modem, including LED indicators for signal strength and status.
Provides a diagram of a typical 4G modem variant of the Communications Module.
Explains the meaning of the LEDs for Communications Status, indicating modem configuration, SIM card presence, and connection states.
Describes the single green LED indicating modem power, network registration, and GPRS connection status.
Explains the five green LEDs that indicate live signal strength, showing percentages and corresponding LED counts.
Introduces the Simplekey Event Manager (SEM) with its outputs and inputs for applications like lift control and lighting control.
Shows the connections for the SEM, including BUS Input, Emergency Break-glass, 12-14v power, and relay outputs.
