Hidedgesolo

The HID Edge solo ESR40, ESRP40, ES400 are single-door IP access control solution. This driver allows the integration of HID Edge Solo devices by using a TCP/IP connection. More than one device can be controlled at the same time.

HID Edge Solo configuration

The HID Edge Solo can be connected to a POE switch or to a normal ethernet switch. In this case the power supply must be provided with an external adapter. First of all, assign an IP address to the Edge Solo, then it’s mandatory to disable the SSL/TLS encryption in the installer settings interface.

Datapoints

ID	Value	R/W	Description
connection	online	R	connection established
	offline	R	HSYCO can't connect to the panel
card.notfound	<code>	R	badge <code> not found
pin.notfound	<pin>	R	<pin> not found
access.granted	<surname>	R	access granted to the user with surname <surname>
access.granted.extended	<surname>	R	access granted extended to the user with surname <surname>
access.denied.schedule	<surname>	R	access denied because badge/pin of the user <surname> was used outside scheduled time interval
access.denied.expired	<surname>	R	access denied because badge/pin of the user <surname> is expired
card.notassigned	<code>	R	access denied because the badge <code> is not assigned to an user.
access.denied.pin.expired	<surname>	R	access denied because the pin assigned to the user <surname> is expired
alarm.acknowledged	0	R	alarms reset
	1	R	normal conditions
door.lock.schedule	false	R	normal conditions
	true	R	door locked with a scheduled command
door.unlock.schedule	false	R	normal conditions
	true	R	door unlocked with a scheduled command
alarm.door.forced	unset	R	normal conditions
	set	R	door forced alarm
alarm.tamper	unset	R	normal conditions
	set	R	tamper alarm
access.granted.manual	false	R	normal conditions
	true	R	manual access granted
door.unlock	false	R	normal conditions
	true	R	door unlocked
state.alarm.tamper	unset	R	normal conditions
	set	R	tamper alarm
state.alarm.ac	unset	R	normal conditions
	set	R	power supply failure
state.alarm.battery	unset	R	normal conditions
	set	R	battery failure
state.alarm.door.held	unset	R	normal conditions
	set	R	door held
state.alarm.door.held	unset	R	normal conditions
	set	R	door held
state.alarm.door.forced	unset	R	normal conditions
	set	R	door forced
state.relay	unset	R	door relay closed
	set	R	door relay open
state.relay.aux	unset	R	the device is not in alarm state
	set	R	the device is in alarm state
command.access	grant	W	grant the access
command.door	lock	W	lock the door
	unlock	W	unlock the door
command.alarm	stop	W	alarms reset

Examples

A valid pin is digit on the Wiegand keyboard of the EDGE SOLO. Here’s the HSYCO log:

IO MONITOR EVENT: hid1.state.relay = unset 
IO MONITOR FORCED: hid1.access.granted = Gaffuri 
IO MONITOR EVENT: hid1.state.relay = set 
IO MONITOR EVENT: hid1.state.relay = unset 

The relay is set, the access is granted for the user. They relay is set for a time specified in the EDGE SOLO settings.

Access granted from a user button. Here’s the HSYCO log:

WEB USER COMMAND [hid1]: grant [OK] 
IO MONITOR EVENT: command.access = grant 
IO MONITOR EVENT: hid1.state.relay = set 
IO MONITOR FORCED: hid1.access.granted.manual = true 
IO MONITOR EVENT: hid1.state.relay = unset

After the button is pressed the relay is set. The manuale access granted is reported in the log.

Door forced. Here’s the HSYCO log:

IO MONITOR FORCED: hid1.alarm.door.forced = 1 
IO MONITOR EVENT: hid1.state.alarm.door.forced = set 
IO MONITOR EVENT: hid1.state.relay.aux = set 
IO MONITOR EVENT: hid1.state.relay.alert = set

To grant an access using a user button, open the Project Editor and create a new user button. Specify the following parameters:

Name e param are used to call a spacific line in the events.txt file:

io hid1.state.relay = set : UISET hid1.color = g
io hid1.state.relay = unset : UISET hid1.color = gr
user hid1=grant : io hid1.command.access=grant

where hid1 is the id of the I/O server. The button color changes according to the relay state.