Grenton Smart Home Modules - Instructions - EN - 2018.10 by Grenton Smart Home

GRENTON ANALOG IN/OUT 0-10 V MUL-046-T-17

IN/OUT ANALOG MODULE FOR ASSEMBLY IN DIN RAIL

The in/out analog module for assembly in DIN rail expands the possibilities of the system and ensures support for popular communication standards used in automation: 0-10 V and 1-Wire.

PROPERTIES • • • •

features four inputs and four outputs 0-10 V fully configurable – the user can set input sensitivity, range of supported values, value scalar and inertias for input possible to connect any sensor operating in the 1-Wire standard possible to connect any sensor or receiver operating in the 0-10 V standard to the system

WIRING DIAGRAM

Sensor 0-10 V

Receiver 0-10 V

DS1820, DS18B20, etc. VDD DQ GND

1...16 UTP cable, max. 50 m

1W GND

TF-Bus

MODULE INSTALLATION Connect the module according to the above diagram. After connecting the module with other modules in the system, add the module to system configuration using TF-Bus. In order to do this, follow these steps: 1. Connect the CLU module using the ETHERNET port to the computer on which the GRENTON OBJECT MANAGER configuration program is installed. 2. Open existing project or create a new one in GRENTON OBJECT MANAGER program. 3. Run the CLU DISCOVERY procedure.

4. Add found modules to the project.

CONFIGURATION PARAMETERS OF 0-10 V OUTPUTS CHARACTERISTICS Value

Current output value (0.0 – 10.0 V)

ScaledValue

Current value multiplied by scalar

Scale

Output value scalar

Ramp

Time of output value increment (ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error. Range: 0.0 – 10.0 V

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error. Range: 0.0 – 10.0 V

METHODS SetValue

Sets output value (0.0 – 10.0 V)

SetScaledValue

Sets output value taking into account the scalar

SetScale

Sets scalar value

SetRamp

Sets increments for output value

SetMin

Sets MinValue

SetMax

Sets MaxValue

Hold

Reduces or increases the output value using a ramp specified in the parameter. If the ramp parameter is not specified, the default ramp is used

Switch

Switches output state to an opposite state. If time > 0, after a specified period it restores the previous state. The second parameter (ramp) is optional

SwitchOn

Sets output value to MaxValue (default 10.0 V). The first parameter is the time of switching (how long it is to be switched for). The second parameter (ramp) is optional

SwitchOff

Sets output value to MinValue (default 0.0 V). The first parameter is the time of switching (how long it is to be switched for). The second parameter (ramp) is optional

EVENTS OnChangeValue

Event from changing the output value (when SetValue is requested)

OnLowerValue

Event occurring when the set value is lower than the previous value

OnRiseValue

Event occurring when the set value is higher than the previous value

OnOutRange

Event occurring with an attempt to exceed the permissible range (MinValue .. MaxValue). (The set value is cut down to this range)

OnSwitchOn

Event occuring when MaxValue (default 10.0 V) is set at output

OnSwitchOff

Event occuring when MinValue (default 0.0 V) is set at output

CONFIGURATION PARAMETERS OF 0-10 V INPUTS CHARACTERISTICS Value

Current output value taking into account the scalar

Value%

Current percentage input value of the maximum value (MaxValue characteristic)

Scale

Input scalar – parameter which is used for multiplying the input value during reading

Sensitivity

Sensitivity – minimum change of input state when the OnChangeValue, OnLowerValue or OnRaiseValue event is generated

Inertia

Input inertia value

MinValue

Minimum value of the Value characteristic after exceeding which the OnOutRange event is generated

MaxValue

Maximum value of the Value characteristic after exceeding which the OnOutRange event is generated

METHODS SetScale

Sets scalar value (float)

SetSensitivity

Sets input sensitivity value

SetInertia

Sets input inertia value

SetMin

Sets MinValue

SetMax

Sets MaxValue

EVENTS OnChangeValue

Event resulting from changing input state

OnLowerValue

Event occurs when a value lower than the value from the last reading appears at input

OnRiseValue

Event occurs when a value higher than the value from the last reading appears at input

OnOutRange

Event resulting from exceeding the permissible range (MinValue .. MaxValue)

OnSwitchOn

Event occurs when the input value reaches MaxValue

OnSwitchOff

Event occurs when the input value reaches MinValue

CONFIGURATION PARAMETERS OF 1-WIRE SENSORS CHARACTERISTICS Value

Input value

Threshold

Hysteresis size (accuracy 0.1°C or 0.1%) specifying the sensitivity with which the following events are generated: OnChange, OnLower, OnRaise

Sensitivity

Time (in ms) for which the sampled values are averaged

MinValue

Minimum value of the Value characteristic after exceeding which the OnOutRange event is generated

MaxValue

Maximum value of the Value characteristic after exceeding which the OnOutRange event is generated

EVENTS OnChange

Event resulting from changing input state

OnRise

Event resulting from exceeding the upper threshold of hysteresis

OnLower

Event resulting from exceeding the lower threshold of hysteresis

OnOutOfRange

Event resulting from exceeding estabilished range (MinValue .. MaxValue)

TECHNICAL SPECIFICATION DC power supply

max. current input

8.39 mA

weight

90 g

dimensions (H/W/D)

58/71/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

0 to +40°C v. 1.1

GRENTON ANALOG IN/OUT 0-10 V MUL-067-T-17

IN/OUT ANALOGUE MODULE FOR FLUSH-MOUNT ASSEMBLY The in/out analogue module for flush-mount assembly expands the possibilities of the system and ensures support for popular communication standards used in automation: 0-10 V and 1-Wire.

PROPERTIES • • • •

features two inputs and two outputs (0-10 V) fully configurable – the user can set input sensitivity, range of supported values, value scalar and inertias for input it is possible to connect any sensor operating in the 1-Wire standard it is possible to connect any sensor or receiver operating in the 0-10 V standard to the system

WIRING DIAGRAM TF-Bus

TF-Bus

DS1820, DS18B20, etc. Receiver 0-10 V

VDD DQ GND

Sensor 0-10 V

UTP cable, max. 50 m 1...16

1W GND

4. Add found modules to the project.

CONFIGURATION PARAMETERS OF 0-10 V OUTPUTS CHARACTERISTICS Value

Current output value (0.0 – 10.0 V)

ScaledValue

Current value multiplied by scalar

Scale

Output value scalar

Ramp

Time of output value increment (ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error. Range: 0.0 – 10.0 V

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error. Range: 0.0 – 10.0 V

METHODS SetValue

Sets output value (0.0 – 10.0 V)

SetScale

Sets scalar value

SetRamp

Sets increments for output value

SetMinValue

Sets MinValue

SetMaxValue

Sets MaxValue

Hold

Reduces or increases the output value using a ramp specified in the parameter. If the ramp parameter is not specified, the default ramp is used

Switch

Switches output state to an opposite state. If time > 0 after a specified period it restores the previous state. The second parameter (ramp) is optional

SwitchOn

Sets output value to MaxValue (default 10.0 V). The first parameter is the time of switching (how long it is to be switched for). The second parameter (ramp) is optional

SwitchOff

Sets output value to MinValue (default 0.0 V). The first parameter is the time of switching (how long it is to be switched for). The second parameter (ramp) is optional

EVENTS OnChangeValue

Event from changing output value (when SetValue is requested)

OnLowerValue

Event occurring when the set value is lower than the previous value

OnRiseValue

Event occurring when the set value is higher than the previous value

OnOutRange

Event occurring with an attempt to exceed the permissible range (MinValue - MaxValue). (The set value is cut down to this range)

OnSwitchOn

Event occuring when MaxValue (default 10.0 V) is set at output

OnSwitchOff

Event occuring when MinValue (default 0.0 V) is set at output

CONFIGURATION PARAMETERS OF 0-10 V INPUTS CHARACTERISTICS Value

Current input value taking into account the scalar

Value%

Current percentage input value of the maximum value (MaxValue characteristic)

Scale

Input scalar – parameter which is used for multiplying the input value during reading

Sensitivity

Sensitivity – minimum change of input state when the OnChangeValue, OnLowerValue or OnRaiseValue event is generated

Inertia

Input inertia value

MinValue

Minimum value of the Value characteristic after exceeding which the OnOutOfRange event is generated

MaxValue

Maximum value of the Value characteristic after exceeding which the OnOutOfRange event is generated

METHODS SetScale

Sets scalar value (float)

SetSensitivity

Sets input sensitivity value

SetInertia

Sets input inertia value

SetMin

Sets MinValue

SetMax

Sets MaxValue

EVENTS OnChangeValue

Event resulting from changing the input state

OnLowerValue

Event occurs when a value lower than the value from the last reading appears at input

OnRiseValue

Event occurs when a value higher than the value from the last reading appears at input

OnOutRange

Event resulting from exceeding the permissible range (MinValue - MaxValue)

OnSwitchOn

Event occurs when the input value reaches MaxValue

OnSwitchOff

Event occurs when the input value reaches MinValue

CONFIGURATION PARAMETERS OF 1-WIRE SENSORS CHARACTERISTICS Value

Input value

Threshold

Hysteresis size (accuracy 0.1°C or 0.1%) specifying the sensitivity when the following events are generated: OnChange, OnLower, OnRaise

MinValue

Minimum value of the Value characteristic after exceeding which the OnOutOfRange event is generated

MaxValue

Maximum value of the Value characteristic after exceeding which the OnOutOfRange event is generated

EVENTS OnChange

Event resulting from changing input state

OnRise

Event resulting from exceeding the upper threshold of hysteresis

OnLower

Event resulting from exceeding the lower threshold of hysteresis

OnOutOfRange

Event resulting from exceeding allowed range

TECHNICAL SPECIFICATIONS DC supply

max. current input

8.39 mA

weight

38 g

dimensions (H/W/D)

52/57/21 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C v. 1.1

GRENTON CLU Z-Wave CLU-022-E-02

COMMON LOGIC UNIT FOR DIN RAIL ASSEMBLY The Common Logic Unit (CLU) module for DIN rail assembly, with Z-Wave wireless communication controller, executes the function of processing logic and storing the configuration. The CLU constitutes the basis for every system. The CLU module also ensures communication with IOM modules via a local busbar. It expands the communication possibilities of the GRENTON system with a wireless network.

PROPERTIES • • • • • • • • • • •

stores system configuration completes all calculations enables connection with the system features a built-in switch and two RJ45 ports allows you to connect 48 modules (or 128 inputs/outputs) to the system busbar executes the functionality of cloud computing (distributed computing) allows you to connect the system to the internet stores created scripts/scenes enables you to create virtual CLU objects (timers, calendars, schedules, PID controllers etc.) enables you to connect the system to any wireless device operating with the use of Z-Wave features a built-in busbar supply unit with 1000 mA capacity

WIRING DIAGRAM

12 - 24 VDC

Ethernet Switch 2 x RJ45

TF-Bus

Power Jack 12 – 24 VDC LEDs

TF-Bus

RS232 service port

LED – status indication No supply

CLU in Z-Wave module removal mode - red diode blink in 200 ms intervals

Green diode blink every 500 ms – system ok

Confirmation of adding Z-Wave module green diode lights constantly for 1 second, then green and red diods blink three times in 200 ms intervals

Configuration error – system not configured or no communication with IOM module CLU in Z-Wave module discovery mode - green diode blink in 200 ms intervals

Confirmation of removing Z-Wave module - red and green diodes blink three times in 200 ms intevals, then red diode goes off and green diode blink in 500 ms interval

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Uptime

Time of device operation since last reset (in seconds)

Log

Internal device log

State

Device state

Date

Current date

Time

Current time (hh:mm:dd)

Day

Number of the current day of the month

Month

Current number of the month

Year

Current number of the year

DayOfWeek

Current day of the week (0 = Sunday)

Hour

Current hour (no minutes or seconds)

Minute

Current number of minutes from last full hour

UnixTime

Current Unix time

FirmwareVersion

Software version

METHODS NAME

DESCRIPTION

AddToLog

Adds a new entry to the internal log

ClearLog

Deletes the contents of the internal device log

SetDateTime

Sets date and time

StartZWaveDiscovery

Initiates Z-Wave module discovery mode (if time = 0 then only to the first added node)

StopZWaveDiscovery

Stops Z-Wave module discovery mode

EVENTS NAME

DESCRIPTION

OnInit

Event occurring once during device initialization

TECHNICAL SPECIFICATIONS DC supply

12 - 24 V

average current input

112 mA

max. current input

250 mA

Z-Wave frequency

868 MHz

weight

106 g

dimensions (H/W/D)

58/71/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

0 to +40°C

built-in busbar supply unit

1000 mA

v. 1.1

GRENTON DIGITAL IN INP-018-T-16

DIGITAL INPUT MODULE FOR ASSEMBLY ON DIN RAIL Digital input module allows you to connect any digital input with the system.

PROPERTIES • • • • •

enables you to connect six independent binary inputs enables you to connect two 230 V inputs inputs are fully configurable operates in two modes: monostable and bistable differentiates a click in monostable mode: short press, long press, and hold button

WIRING DIAGRAM L

~230 V

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input mode as 0 or 1

Inertion

Minimum interval in milliseconds which has to pass between presses of a button so that it is interpreted as a new pressing activity

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds after which, when pressing and holding a button, the OnHold event occurs

StatisticState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device, Pulse - measurement counted when the input state is high

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time; Pulse - consumption value per one pulse

METHODS NAME

DESCRIPTION

SetInertion

Sets Inertion value

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at input

OnSwitchOff

Occurs when the low state is set at input

OnShortPress

Occurs after pressing the button for 500 ms - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval Value

OnClick

Occurs after pressing the button for less than 500 ms

TECHNICAL SPECIFICATIONS DC supply

max. current input

6.3 mA

weight

94 g

dimensions (H/W/D)

58/71/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

O to +40°C

v. 1.1

GRENTON DIGITAL IN INP-029-T-16

DIGITAL INPUT MODULE FOR FLUSH-MOUNT ASSEMBLY Digital input module allows you to connect any digital input with the system.

PROPERTIES • • • • • •

enables you to connect four independent binary inputs enables you to connect two 230 V inputs inputs are fully configurable operates in two modes: monostable and bistable differentiates a click in monostable mode, short press, long press, and hold button recommended installation in a P80 flush or in a flush with side pocket

WIRING DIAGRAM

TF-Bus

~230 V

TF-Bus

L N

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input mode as 0 or 1

Inertion

Minimum interval in milliseconds which has to pass between presses of a button so that it is interpreted as a new pressing activity

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds, after which when pressing and holding a button, the OnHold event occurs

StatisticState

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time; Pulse - consumption value per one pulse

METHODS NAME

DESCRIPTION

SetInertion

Sets Inertion value

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at input

OnSwitchOff

Occurs when the low state is set at input

OnShortPress

Occurs after pressing the button for 500 - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval Value

OnCLick

Occurs after pressing the button for less than 500 ms

TECHNICAL SPECIFICATIONS DC supply

max. current input

4.7 mA

weight

38 g

dimensions (H/W/D)

52/57/21 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

v. 1.1

GRENTON DIGITAL IN Z-Wave INP-038-Z-04

WIRELESS DIGITAL INPUT MODULE FOR FLUSH-MOUNT ASSEMBLY Wireless digital input module for flush-mount assembly allows you to connect any input with the system.

PROPERTIES • • • • • • •

enables you to connect four 230 V inputs inputs are fully configurable small size – fits into a P60 box under the ancillary equipment each input can carry out up to seven independent functions each function can request up to four events simultaneously operates with 230 V supply communicates with other wireless modules using a mesh network

WIRING DIAGRAM

~230 V

L N

MODULE INSTALLATION Connect the module according to the diagram above, and then add the Z-Wave module to CLU controller. To do this, follow these steps: 1. Press the “Link” button located on the CLU module (green LED blinks in 200 ms intervals). 2. Press the button located on the added Z-Wave module. If the module was added correctly, it will be signalled by three blinks of green and red LEDs on the CLU. After physically pairing the module with CLU, perform system configuration. In order to do so, follow these steps: 1. Connect the CLU module using the ETHERNET port to the computer on which the GRENTON OBJECT MANAGER configuration program is installed. 2. Open a new project or create a new one in GRENTON OBJECT MANAGER program. 3. Run the CLU DISCOVERY procedure.

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input mode as 0 or 1

Inertion

Minimum interval in milliseconds which has to pass between presses of a button so that it is interpreted as a new pressing task

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds after which, when pressing and holding a button, the OnHold event occurs

METHODS NAME

DESCRIPTION

SetInertion

Sets Inertion value

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at input

OnSwitchOff

Occurs when the low state is set at input

OnShortPress

Occurs after pressing the button for 500 - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval Value

OnClick

Occurs after pressing the button for less than 500 ms

TECHNICAL SPECIFICATIONS AC supply

230 V

average current input

2 mA

max. current input

3 mA

Z-Wave frequency

868 MHz

weight

27 g

dimensions (H/W/D)

19/45/36 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

v. 1.1

GRENTON DIMMER Z-Wave DIM-041-Z-01

WIRELESS UNIVERSAL DIMMER MODULE FOR FLUSH-MOUNT ASSEMBLY Universal dimmer module enables smooth control of the light intensity level.

PROPERTIES • • • • • • • •

allows you to connect a lighting circuit with a total output of 350 W each of the dimmer responses (dimming, illuminating, activating, etc.) can generate up to 6 events and each event can execute up to 4 functions simultaneously enables you to define the maximum and minimum values for the lighting circuit features two 230 V inputs inputs are fully configurable small size – fits into a P60 box under the ancillary equipment operates with 230 V supply communicates with other wireless modules using a mesh network

WIRING DIAGRAM

~230 V

L N

~230 V

L N

MODULE INSTALLATION Connect the module according to the above diagram and connect the Z-Wave module with CLU Z-Wave controller. To do this: 1. Use the „Link” button on CLU module (green diode blinks in 200 ms intervals) 2. Use the linking button on Z-Wave module. Correct linking the module will be confirmed with a triple blinking of the both diodes on CLU. After physical addition of the module start a configuration. In order to do so, follow these steps: 1. Connect the CLU module using the ETHERNET port to the computer on which the GRENTON OBJECT MANAGER configuration program is installed. 2. Open existing project or create a new one in GRENTON OBJECT MANAGER program. 3. Run the CLU DISCOVERY procedure.

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Specifies the current output value (0.0 - 1.0)

RampTime

Delay value when changing illumination (in ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error. Range: 0.0 - 1.0

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error. Range: 0.0 - 1.0

METHODS NAME

DESCRIPTION

SetValue

Sets output value (0.0 - 1.0)

SetRampTime

Determines the time of output value increment (ms)

SetMinValue

Setting the minimum value which can be adopted by an output. Attempting to set a lower value will generate an error. Range: 0.0 - 1.0

SetMaxValue

Setting the maximum value which can be adopted by an output. Attempting to set a higher value will generate an error. Range: 0.0 - 1.0

Hold

Executes the function of illuminating/dimming

Switch

Changes the output value from 0 to 1 or from 1 to 0. The first parameter is the time of change: - 0 – switches output to continuous mode - num – switches output for a time specified by a parameter (in milliseconds) The second parameter is the ramp (time of value increments) which is optional. If this parameter is not specified, the default ramp is used

SwitchOn

Sets output value to 1. The first parameter is the time of switching (how long it is to be switched for). The second parameter is the ramp (time of value increments) which is optional.

SwitchOff

Sets output value to 0. The first parameter is the time of switching (how long it is to be switched for). The second parameter is the ramp (time of value increments) which is optional.

EVENTS NAME

DESCRIPTION

OnChange

Event resulting from changing the output state

OnLowerValue

Event occurring when the set value is lower than the current value

OnRaiseValue

Event occurring when the set value is higher than the current value

OnOutOfRange

Event occurring when setting a value which is higher than the MaxValue or lower than the MinValue

OnSwitchOn

Event occurring when the output value is changed from 0 to a value higher than 0

OnSwitchOff

Event occurring when 0 is set at the output

INPUT PROPERTIES CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input mode as 0 or 1

Inertion

Minimum interval in milliseconds which has to pass between presses of a button so that it is interpreted as a new pressing activity

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds after which, when pressing and holding a button, the OnHold event occurs

METHODS NAME

DESCRIPTION

SetInertion

Sets Inertion value

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at the input

OnSwitchOff

Occurs when the low state is set at the input

OnShortPress

Occurs after pressing the button for 500 - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval Value

OnClick

Occurs after pressing the button for less than 500 ms

TECHNICAL SPECIFICATIONS AC supply

230 V

average current input

2 mA

max. current input

3 mA

Z-Wave frequency

868 MHz

weight

37 g

dimensions (H/W/D)

19/45/36

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

maximum load

350 W v. 1.1

GRENTON DIMMER

DIM-021-T-01

UNIVERSAL DIMMER MODULE FOR DIN RAIL ASSEMBLY Universal dimmer module for DIN rail assembly enables smooth control of the light intensity level.

PROPERTIES • • • • •

fully configurable enables the following functions: dimming, continuous activation, and specific-time activation controlled increment time enables you to connect a lighting circuit with a total output of 690 W enables you to define the maximum and minimum values for the lighting circuit

WIRING DIAGRAM ~230 V

L N Bulb

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Specifies the current output value (0.0 - 1.0)

RampTime

Delay value when changing illumination (in ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error. Range 0.0 - 1.0

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error. Range 0.0 - 1.0

StatisticState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time

METHODS NAME

DESCRIPTION

SetValue

Sets output value (0.0 - 1.0)

SetRampTime

Determines the time of output value increment (ms)

SetMinValue

Setting the minimum value which can be adopted by an output. Attempting to set a lower value will generate an error. Range: 0.0 - 1.0

SetMaxValue

Setting the maximum value which can be adopted by an output. Attempting to set a higher value will generate an error. Range: 0.0 - 1.0

Hold

Executes the function of illuminating/dimming

Switch

Changes the output value from 0 to 1 or from 1 to 0. The first parameter is the time of change: - 0 – switches output to continuous mode - num – switches output for a time specified by a parameter (in milliseconds) The second parameter is the ramp (time of value increments which is optional. If this parameter is not specified, the default ramp is used

SwitchOn

Sets output value to 1. The first parameter is the time of switching (how long it is to be switched for). The second parameter is the ramp (time of value increments) which is optional.

SwitchOff

Sets output value to 0. The first parameter is the time of switching (how long it is to be switched for). The second parameter is the ramp (time of value increments) which is optional.

EVENTS NAME

DESCRIPTION

OnChange

Event resulting from changing the output state

OnLowerValue

Event occurring when the set value is lower than the current value

OnRaiseValue

Event occurring when the set value is higher than the current value

OnOutOfRange

Event occurring when setting a value which is higher than the MaxValue or lower than the MinValue

OnSwitchOn

Event occurring when the output value is changed from 0 to a value higher than 0

OnSwitchOff

Event occurring when 0 is set at the output

TECHNICAL SPECIFICATIONS DC supply

max. current input

8.39 mA

weight

104 g

dimensions (H/W/D)

58/36/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

O to +40°C

maximum load

690 W

v. 1.2

GRENTON DIMMER

DIM-031-T-01

UNIVERSAL DIMMER MODULE FOR FLUSH-MOUNT ASSEMBLY Universal dimmer module for flush-mount assembly enables smooth control of the light intensity level.

PROPERTIES • • • • •

allows you to connect a lighting circuit with an output of 1x 350 W or 2x 250 W small size – fits into a P60 box under the ancillary equipment enables the following functions: dimming, continuous activation, and specific-time activation controlled increment time enables you to define the maximum and minimum values for the lighting circuit

WIRING DIAGRAM TF-Bus

TF-Bus

Bulb

~230 V

Bulb

L N

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Specifies the current output value (0.0 - 1.0)

RampTime

Delay value when changing illumination (in ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error. Range: 0.0 - 1.0

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error. Range: 0.0 - 1.0

StatisticState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time

METHODS NAME

DESCRIPTION

SetValue

Sets output value (0.0 - 1.0)

SetRampTime

Determines the time of output value increment (ms)

SetMinValue

Setting the minimum value which can be adopted by an output. Attempting to set a lower value will generate an error. Range: 0.0 - 1.0

SetMaxValue

Setting the maximum value which can be adopted by an output. Attempting to set a higher value will generate an error. Range: 0.0 - 1.0

Hold

Executes the function of illuminating/dimming

Switch

SwitchOn

Sets output value to 1. The first parameter is the time of switching (how long it is to be switched for). The second parameter is the ramp (time of value increments) which is optional.

SwitchOff

Sets output value to 0. The first parameter is the time of switching (how long it is to be switched for). The second parameter is the ramp (time of value increments) which is optional.

EVENTS NAME

DESCRIPTION

OnChange

Event resulting from changing the output state

OnLowerValue

Event occurring when the set value is lower than the current value

OnRaiseValue

Event occurring when the set value is higher than the current value

OnOutOfRange

Event occurring when setting a value which is higher than the MaxValue or lower than the MinValue

OnSwitchOn

Event occurring when the output value is changed from 0 to a value higher than 0

OnSwitchOff

Event occurring when 0 is set at the output

TECHNICAL SPECIFICATIONS DC supply

max. current input

8.39 mA

weight

30 g

dimensions (H/W/D)

52/57/21 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

maximum load

1x 350 W or 2x 250 W

v. 1.1

GRENTON GATE ALARM INT-013-E-01

UNIVERSAL GATE MODULE FOR DIN RAIL ASSEMBLY

Module for integration with external devices and systems. Gate ALARM enables integration with Satel alarm system.

PROPERTIES • enables the service of up to 60 objects, such as zone, input, output, register • transmits information about the slave systems to the CLU enabling creating complex logic in the Grenton supervisory system • allows to create simple event-based configuration TECHNICAL SPECIFICATION power options

DC supply

12 - 24 V

TF-Bus

max. current input for 12 V

80 mA

max. current input for 24 V

50 mA

weight

80 g

dimensions (H/W/D)

52/57/21 mm

operating temperature range

0 to +45°C

WIRING DIAGRAM

GND

12 - 24 VDC

LED diodes

GATE ALARM

Ethernet 8P8C **

TF-Bus *

Reset

*) The device can be alternatively powered by means of the TF-Bus connector that provides 5 VDC power supply. However, it is recommended to use external 12 - 24 VDC supplies as it improves the stability of the system. The device works as a TF-Bus relay so it can be easily installed in the middle of other Grenton modules. **) The GATE module communicates with the CLU unit via the Ethernet network/interface (8P8C Ethernet connector, so-called RJ-45). In order for the system to operate correctly the CLU device(s), the GATE ALARM module as well as the ETH interface of the Alarm device have to be connected to the same ethernet network. LED - status indication: No supply Green diode blinks - system OK Slave device reports an error Error or no configuration

ADDITIONAL INFORMATION Full instruction, technical specification and declaration of conformity are available on the website: www.grenton.com The general Warranty Terms & Conditions are available on the manufacturer’s website at: www.grenton.pl/gwarancja

v. 1.0

GRENTON GATE MODBUS INT-011-E-01

UNIVERSAL GATE MODULE FOR DIN RAIL ASSEMBLY

Module for integration with external devices and systems. Gate MODBUS enables integrations with every device supporting MODBUS RTU.

PROPERTIES • possibility to control any Modbus-based devices by means of a mobile application • great integration flexibility thanks to the support for simultaneous communication with various devices, which may also use different transmission parameters • reliable ethernet communication with the Grenton CLU unit

TECHNICAL SPECIFICATION power options

DC supply

12 - 24 V

TF-Bus

max. current input for 12 V

80 mA

max. current input for 24 V

50 mA

weight

80 g

dimensions (H/W/D)

52/57/21 mm

operating temperature range

0 to +45°C

Modbus physical layer

RS-485

TECHNICAL SPECIFICATION

TERM Modbus termination **

12 - 24 VDC

TERM

ON OFF

LED diodes

Modbus B

GND

Modbus A

GATE MODBUS

Ethernet 8P8C TF-Bus *

TF-Bus *

Reset

LED - status indication: No supply Green diode blinks - system OK Slave device reports an error Error or no configuration

v. 1.0

GRENTON GSM MUL-036-T-06

GSM COMMUNICATION MODULE FOR DIN RAIL ASSEMBLY The GSM communication module enables bidirectional connection of the user with the system using a mobile telephone network.

PROPERTIES • • •

sends information and receives requests “Ask” function – if any events occur, a text message is sent with a request for response enables you to divert a voice call to a mobile telephone

WIRING DIAGRAM

12 - 24 V LEDs

LED – status indication: Green diode flashes every 500 ms – no errors in the module, correct reception Red diode flashes every 500 ms – no reception Red diode is illuminated continuously – module not connected Red diode flashes ever 200 ms – no SIM card or card error Green diode flashes every 200 ms, for t = time – the module sent an enquiry with the Ask function and is awaiting response; t = time for awaiting response

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Inbox

Inbox containing the last text message received. Does not apply to Y/N text messages sent in response to queries made using the Ask() method

Outbox

Outbox containing the outgoing buffer

AccessList

List of numbers which can be used for sending requests, e.g. 555555555;666666666; A semi-colon must be included at the end!

ScriptList

List of scripts (scenes) which can be requested by text messages. List format: script1;script2;script3; etc. In practice, this will look as follows: waterplants;switchonboiler;switchoffboiler; A semi-colon must be included at the end!

Password

Password which must be included in a text message sent to the address of the gateway (if PassMandatory is set to 1)

PassMandatory

If set to 0, password is not required. If set to 1, password is required.

ConfirmMessage

A confirmation text message. If defined, it will be sent after each correct activation of a script whose name was sent via a text message

RefuseMessage

A refusal text message. If defined, it will be sent after each correct activation of a script whose name was sent via a text message

SignalLevel

Mobile network signal level in the range of 0 - 32

AskConfirm

Text specifying the form of a confirmation message for the Ask() method, e.g. “y”, “yes”

AskRefuse

Text specifying the form of a refusal message for the Ask() method, e.g. “n”, “no”

PIN code of SIM card

METHODS NAME

DESCRIPTION

ClearInbox

Clears the incoming buffer (inbox). The incoming buffer is cleared automatically when a new text message is received. This does not apply to text messages with Y/N confirmations.

ClearOutbox

Clears outgoing buffer (outbox)

AddToOutbox

Adds text to outgoing buffer (outbox)

SendOutboxTo

Sends outbox content to the specified number

Ask

A method which sends an enquiry to a telephone number. It returns 1 if the user received the message with a confirmation response and 0 if the response was a refusal or if the user did not respond in the required time (timeout). Parameters: Ask (tel. number; enquiry; timeout in s). At the end of the enquiry, the following text form is always added: [AskConfirm/AskRefuse] so for instance: [Y/N] or [yes/no].

Call

Calls the specified number. The method returns 1 if the connection is established or 0 when there is no connection

Drop

Drops the voice call

EVENTS NAME

DESCRIPTION

OnReceive

Occurs immediately after receiving a text message.

OnSend

The user can read an Inbox characteristic to check the text message content

OnStatus

Occurs immediately after sending a text message

OnCall

Occurs immediately after receiving a text message with the status command

OnScript

Occurs when a voice call is answered (only AccessList number calls are answered – the remainder are rejected)

TEXT MESSAGE COMMANDS NAME

DESCRIPTION

“Help” or “password:Help”

If the number is included on the AccessList (if created) and when the password is correct (if required), it returns a list of the available scripts (ScriptList characteristic)

“Status” or “password:Status”

Generates the OnStatus event

Name of script with or without password

When the user sends the following text message to the number of the gateway: lamp1, the OnScript event will be generated when the following conditions are met: - no password is required; - the number is on the AccessList (AccessList characteristic); - “lamp1” is on the list of available scripts (ScriptList characteristic). If the password is required, the text message should be as follows: “password:lamp1”, so the command must be preceded by the password. A colon, semi-colon, comma, period or slash can be used as the separator (i.e. any non-letter character).

TECHNICAL SPECIFICATIONS DC supply

12 – 24 V

average current input (with 12V)

17 mA

max. current input (with 12V)

1000 mA

weight

72 g

dimensions (H/W/D)

58/36/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

0 to +40°C

NOTE: When you use an audio track, use the long antenna (GSM antenna).

v. 1.1

GRENTON LED RGB RGB-028-T-01

LED RGB LIGHTING CONTROL MODULE FOR DIN RAIL ASSEMBLY

LED RGB lighting control module for DIN rail assembly enables smooth and full control of decorative lighting using LED RGB technology.

PROPERTIES • • • • • •

dimming function – allows it to operate as a three-channel dimmer full freedom when setting the color: RGB or HSV model 16.8 million colors enables you to adjust both the saturation and hue smooth transition when changing color, saturation, and intensity nables you to set the ramp (transition time) for transitions between colors, saturation, and intensity of light

WIRING DIAGRAM COM

12/24 VDC

12/24 VDC COM

LED Red LED Green

LED 3 LED 2

LED Blue

LED 1

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Brightness value (range: 0 - 1)

Hue

Color hue value as per the HSV model (0 - 360)

Saturation

Color saturation value (0 - 1)

RValue

R component value (0 - 255) – Red

GValue

G component value (0 - 255) – Green

BValue

B component value (0 - 255) – Blue

#RGB

Color value as per the RGB model “#RRGGBB” (specified in HEX)

RampTime

Time value of increment of color and brightness (ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error.

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error.

RCorrection

White correction – channel R (0 - 10.000), default 10.000

GCorrection

White correction – channel G (0 - 10.000), default 8.333

BCorrection

White correction – channel B (0 - 10.000), default 8.333

StatisticState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time

METHODS NAME

DESCRIPTION

SetValue

Sets output value (0 - 1)

SetHue

Sets hue value (0 - 360)

SetSaturation

Sets saturation value (0 - 1)

SetRValue

Sets R component value (0 - 255)

SetGValue

Sets G component value (0 - 255)

SetBValue

Sets B component value (0 - 255

Set#RGB

Sets RGB value using the “#RRGGBB” string

HoldValue

Executes illumination/dimming function

HoldHue

Executes smooth hue transition

Switch

SwitchOn

Sets output value to MaxValue

SwitchOff

Sets output value to MinValue

SetRampTime

Sets value of increment of color and input (ms)

SetMax

Sets MaxValue

SetMin

Sets MinValue

EVENTS NAME

DESCRIPTION

OnChange

Event occurring when changing the output state

OnSwitchOn

Event occurring when the output state is changed from = 0 to > 0

OnSwitchOff

Event occurring when “0” is set at the output

OnRaiseValueSet

Event occurring when the set value is higher than the current value

OnLowerValueSet

Event occurring when the set value is lower than the current value

OnOutOfRange

Event occurring when setting a value which is higher than the maximum value or lower than the minimum value

TECHNICAL SPECIFICATION DC supply

max. current input

8.39 mA

weight

90 g

dimensions (H/W/D)

58/71/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

O to +40°C

maximum load

16 A - total for all channels v. 1.1

GRENTON LED RGB RGB-042-T-16

LED RGB LIGHTING CONTROL MODULE FOR FLUSH-MOUNT ASSEMBLY

LED RGB lighting control module for flush-mount assembly enables smooth and full control of decorative lighting using LED RGB technology.

PROPERTIES • • • • • •

dimming function – allows it to operate as a three-channel dimmer full freedom when setting the color: RGB or HSV model 16.8 million colors enables you to adjust both the saturation and hue smooth transition when changing color, saturation, and intensity enables you to set the ramp (transition time) for transitions between colors, saturation, and intensity of light

WIRING DIAGRAM

TF-Bus

LED 3 LED 2

LED Blue LED Green LED Red COM

LED 1 COM

12/24 VDC

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Brightness value (range: 0 - 1)

Hue

Color hue value as per the HSV model (0 - 360)

Saturation

Color saturation value (0 - 1)

RValue

R component value (0 - 255) – Red

GValue

G component value (0 - 255) – Green

BValue

B component value (0 - 255) – Blue

#RGB

Color value as per the RGB model “#RRGGBB” (specified in HEX)

RampTime

Time value of increment of color and brightness (ms)

MinValue

Minimum value which Value can adopt. Attempting to set a lower value will generate an error.

MaxValue

Maximum value which Value can adopt. Attempting to set a higher value will generate an error.

RCorrection

White correction – channel R (0 - 10,000), default 10,000

GCorrection

White correction – channel G (0 - 10,000), default 8,333

BCorrection

White correction – channel B (0 - 10,000), default 8,333

StatisticState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time

METHODS NAME

DESCRIPTION

SetValue

Sets output value (0 - 1)

SetHue

Sets hue value (0 - 360)

SetSaturation

Sets saturation value (0 - 1)

SetRValue

Sets R component value (0 - 255)

SetGValue

Sets G component value (0 - 255)

SetBValue

Sets B component value (0 -255)

Set#RGB

Sets RGB value using the “#RRGGBB” string

HoldValue

Executes illumination/dimming function

HoldHue

Executes smooth hue transition

Switch

SwitchOn

Sets output value to MaxValue

SwitchOff

Sets output value to MinValue

SetRampTime

Sets value of increment of color and input (ms)

SetMax

Sets MaxValue

SetMin

Sets MinValue

EVENTS NAME

DESCRIPTION

OnChange

Event occurring when changing the output state

OnSwitchOn

Event occurring when the output state is changed from = 0 to > 0

OnSwitchOff

Event occurring when “0” is set at the output

OnRaiseValueSet

Event occurring when the set value is higher than the current value

OnLowerValueSet

Event occurring when the set value is lower than the current value

OnOutOfRange

Event occurring when setting a value which is higher than the maximum value or lower than the minimum value

TECHNICAL SPECIFICATIONS DC supply

max. current input

4.7 mA

weight

38 g

dimensions (H/W/D)

52/57/21 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

0 to +40°C

maximum load

10 A - total for all channels

v. 1.1

GRENTON RELAYx2 REL-019-T-01

RELAY OUTPUT MODULE FOR DIN RAIL ASSEMBLY The relay output module allows you to switch any electrical device without the need to use additional control relays.

PROPERTIES • • • •

two relay outputs enables you to connect a direct load up to 3.6 kVA per channel enables the following functions: switching, continuous activation, and specific-time activation signals output state with a diode

WIRING DIAGRAM L

~230 V

Receiver NO

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns 1 for output set at “On” and 0 for output set at “Off”

StatisticState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time;

METHODS NAME

DESCRIPTION

SetValue

Sets output value to 1 or 0

Switch

SwitchOn

Sets output value to 1

SwitchOff

Sets output value to 0

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the state takes place (regardless of the value)

OnSwitchOn

Occurs when “On” is set at output

OnSwitchOff

Occurs when “Off” is set at output

TECHNICAL SPECIFICATIONS DC supply

average current input

4.18 mA

max. current input

112 mA

contact arrangement

2x NO

weight

82 g

dimensions (H/W/D)

58/36/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

O to +40°C

maximum load

3600 VA per channel

v. 1.1

GRENTON RELAYx2 REL-030-T-01

RELAY OUTPUT MODULE FOR FLUSH-MOUNT ASSEMBLY The relay output module for flushmount assembly allows you to switch any electrical device without the need to use additional control relays.

PROPERTIES • • •

two relay outputs enables you to connect a direct load up to 1.8 kVA per channel enables the following functions: switching, continuous activation, and specific-time activation

WIRING DIAGRAM TF-Bus

TF-Bus

Receiver

~230 V

L N

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns 1 for output set at “On” and 0 for output set at “Off”

StatlstlcState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

l.oad

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time

METHODS NAME

DESCRIPTION

SetValue

Sets output value to 1 or 0

Switch

SwitchOn

Sets output value to 1

SwitchOff

Sets output value to 0

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the state takes place (regardless of the value)

OnSwitchOn

Occurs when “On” is set at output

OnSwitchOff

Occurs when “Off” is set at output

TECHNICAL SPECIFICATIONS DC supply

average current input

4.18 mA

max. current input

112 mA

contact arrangement

2x NO

weight

46 g

dimensions (H/W/D)

52/57/21 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

maximum load

1,800 VA per channel

v. 1.1

GRENTON RELAYx2 Z-Wave REL-039-Z-07

WIRELESS 230 V OUTPUT MODULE FOR FLUSH-MOUNT ASSEMBLY

Wireless 230 V output module for flush-mount assembly allows you to switch any electrical device without the need to use additional control relays.

PROPERTIES • • • • • • • •

two 230 V outputs enables you to connect a direct load up to 1,800 VA per channel enables the following functions: switching, continuous activation, and specific-time activation allows you to connect two 230 V inputs inputs are fully configurable small size – fits into a P60 box under the ancillary equipment operates with 230 V supply communicates with other wireless modules using a mesh network

WIRING DIAGRAM

Receiver

~230 V

L N

MODULE INSTALLATION Connect the module according to the diagram above, and then add the Z-Wave module to CLU controller. To do this, follow these steps: 1. Use the „Link” button on CLU module (green diode blinks in 200 ms intervals) 2. Use the linking button on Z-Wave module. Correct linking the module will be confirmed with a triple blinking of the both diodes on CLU. After physical addition of the module start a configuration. In order to do so, follow these steps: 1. Connect the CLU module using the ETHERNET port to the computer on which the GRENTON OBJECT MANAGER configuration program is installed. 2. Open a new project or create a new one in GRENTON OBJECT MANAGER program. 3. Run the CLU DISCOVERY procedure.

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns 1 for output set at “On” and 0 for output set at “Off”

METHODS NAME

DESCRIPTION

SetValue

Set soutputvaluetolorO

Switch

SwitchOn

Sets output value to 1

SwitchOff

Sets output value to 0

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the state takes place (regardless of the value)

OnSwitchOn

Occurs when “On” is set at output

OnSwitchOff

Occurs when “Off” is set at output

INPUT PROPERTIES CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input state as 0 or 1

Inertion

Minimum interval in milliseconds which has to pass between presses of a button so that it is interpreted as a new pressing activity

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds after which, when pressing and holding a button, the OnHold event occurs

METHODS NAME

DESCRIPTION

SetInertion

Sets Inertion value

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at the input

OnSwitchOff

Occurs when the low state is set at the input

OnShortPress

Occurs after pressing the button for 500 - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval Value

OnClick

Occurs after pressing the button for less than 500 ms

TECHNICAL SPECIFICATIONS AC supply

230 V

average current input

2 mA

max. current input

6 mA

Z-Wave frequency

868 MHz

weight

35 g

dimensions (H/W/D)

19/45/36 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

maximum load

1,800 VA per channel v. 1.1

GRENTON RELAYx4 REL-020-T-11

RELAY OUTPUT MODULE FOR DIN RAIL ASSEMBLY The relay output module allows you to switch any electrical device without the need to use additional control relays.

PROPERTIES • • • •

four relay outputs enables you to connect a direct load up to 3.6 kVA per channel enables the following functions: switching, continuous activation, and specific-time activation signals output state with a diode

WIRING DIAGRAM L

~230 V

Receiver NO

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

Value

Returns 1 for output set at “On” and 0 for output set at “Off”

StatlstlcState

Measurement type. Off - turned off; Continuous - Load measurement throughout the machine cycle/Load measurement over the entire life cycle of the device

Load

Multiplier of measured value. For StatisticState: Continous - consumption value per unit time

METHODS NAME

DESCRIPTION

SetValue

Sets output value to 1 or 0

Switch

SwitchOn

Sets output value to 1

SwitchOff

Sets output value to 0

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the state takes place (regardless of the value)

OnSwitchOn

Occurs when “On” is set at output

OnSwitchOff

Occurs when “Off” is set at output

TECHNICAL SPECIFICATIONS DC supply

average current input

4.16 mA

max. current input

220 mA

contact arrangement

4x NO

weight

146 g

dimensions (H/W/D)

58/71/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

O to +40°C

maximum load

3,600 VA per channel

v. 1.1

GRENTON ROLLER SHUTTER RSH-045-T-06

ROLLER SHUTTER CONTROL MODULE FOR DIN RAIL ASSEMBLY The roller shutter control module for DIN rail assembly allows you to control any roller shutter drive.

PROPERTIES • • •

equipped with two control contacts (up/down, left/right) for installation in electrical switch rooms allows you to control drives with a maximum capacity of 3.6 kW

WIRING DIAGRAM L

~230 V

N M

TF-Bus

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

State of M1 relay (moving downwards)

State of M2 relay (moving upwards)

State

Device state. 0 - no movement, 1 - moving downwards, 2 - moving upwards

MaxTime

Default Time parameter value. Maximum movement time

METHODS NAME

DESCRIPTION

Roller Shutter Up or Stop if moving. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Down

Roller Shutter Down or Stop if moving. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Start

Roller Shutter Up if the preceding motion was Down or Roller Shutter Down if the preceding motion was Up. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Stop

Stop if moving

Hold

Hold with direction change

HoldUp

Hold always up

HoldDown

Hold always down

EVENTS NAME

DESCRIPTION

OnChange

Occurs when changing the state of any of the outputs

OnUp

Occurs when changing the Stop state to the Up state

OnDown

Occurs when changing the Stop state to the Down state

OnStart

Occurs when Start is requested

OnStop

Occurs when Stop is requested

TECHNICAL SPECIFICATIONS DC supply

average current input

4.18 mA

max. current input

112 mA

weight

82 g

dimensions (H/W/D)

58/36/90 mm

max. connection wire section

≤ 2.5 mm2

size [DIN]

operating temperature range

0 to +40°C

maximum load

3,600 VA per channel

v. 1.1

GRENTON ROLLER SHUTTER RSH-044-T-02

ROLLER SHUTTER CONTROL MODULE FOR FLUSH-MOUNT ASSEMBLY

The roller shutter control module for flush-mount assembly allows you to control any roller shutter drive.

PROPERTIES • • •

equipped with two control contacts (up/down, left/right) small size – fits into a P60 box under the ancillary equipment allows you to control drives with a maximum capacity 1.8 kVA

WIRING DIAGRAM TF-Bus

TF-Bus

~230 V

L N

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

State of M1 relay

State of M2 relay

State

Device state. 0 - no movement, 1 - moving downwards, 2 - moving upwards

MaxTime

Default Time parameter value. Maximum movement time

METHODS NAME

DESCRIPTION

Roller Shutter Up or Stop if moving. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Down

Roller Shutter Down or Stop if moving. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Start

Stop

Stop if moving

Hold

Hold with direction change

HoldUp

Hold always up

HoldDown

Hold always down

EVENTS NAME

DESCRIPTION

OnChange

Occurs when changing the state of any of the outputs

OnUp

Occurs when changing the Stop state to the Up state

OnDown

Occurs when changing the Stop state to the Down state

OnStart

Occurs when Start is requested

OnStop

Occurs when Stop is requested

TECHNICAL SPECIFICATIONS DC supply

average current input

4.18 mA

max. current input

112 mA

weight

46 g

dimensions (H/W/D)

52/57/21 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

0 to +40°C

maximum load

1,800 VA

v. 1.1

GRENTON ROLLER SHUTTER Z-Wave RSH-040-Z-02

WIRELESS ROLLER SHUTTER CONTROL MODULE FOR FLUSH-MOUNT ASSEMBLY The wireless roller shutter control module for flush-mount assembly allows you to control any roller shutter drive.

PROPERTIES • • • • • •

equipped with two control contacts (up/down, left/right) two 230 V outputs inputs are fully configurable small size – fits into a P60 box under the ancillary equipment operates with 230 V supply communicates with other wireless modules using a mesh network

WIRING DIAGRAM

~230 V

L N

MODULE INSTALLATION Connect the module according to the diagram above, and then add the Z-Wave module to CLU controller. To do this, follow these steps: 1. Use the „Link” button on CLU module (green diode blinks in 200 ms intervals). 2. Use the linking button on Z-Wave module. Correct linking the module will be confirmed with a triple blinking of the both diodes on CLU. After physical addition of the module start a configuration. In order to do so, follow these steps: 1. Connect the CLU module using the ETHERNET port to the computer on which the GRENTON OBJECT MANAGER configuration program is installed. 2. Open a new project or create a new one in GRENTON OBJECT MANAGER program. 3. Run the CLU DISCOVERY procedure.

4. Add found modules to the project.

CONFIGURATION PARAMETERS CHARACTERISTICS NAME

DESCRIPTION

State of M1 relay

State of M2 relay

State

Output state: 0 – stopped, 1 – moving up, 2 – moving down

MaxTime

Default value for the Time parameter, if “0” was entered

METHODS NAME

DESCRIPTION

Roller Shutter Up or Stop if moving. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Down

Roller Shutter Down or Stop if moving. Parameter Time: - 0 - output is active for the time specified in MaxTime - number - output is active for specified time

Start

Stop

Stop if moving

Hold

Hold with direction change

HoldUp

Hold always up

HoldDown

Hold always down

EVENTS NAME

DESCRIPTION

OnChange

Occurs when changing the state of any of the outputs

OnUp

Occurs when changing the Stop state to the Up state

OnDown

Occurs when changing the Stop state to the Down state

OnStart

Occurs when Start is requested

OnStop

Occurs when Stop is requested

INPUT PROPERTIES CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input state as 0 or 1

Inertion

Minimum interval in milliseconds which has to pass between presses of a button so that it is interpreted as a new pressing activity

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds after which, when pressing and holding a button, the OnHold event occurs

METHODS NAME

DESCRIPTION

SetInertion

Sets Inertion value

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at the input

OnSwitchOff

Occurs when the low state is set at the input

OnShortPress

Occurs after pressing the button for 500 - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval Value

OnClick

Occurs after pressing the button for less than 500 ms

TECHNICAL SPECIFICATIONS AC supply

230 V

average current input

2 mA

max. current input

3 mA

Z-Wave frequency

868 MHz

contact arrangement

2x NO

weight

35 g

dimensions (H/W/D)

19/45/36 mm

max. connection wire section

≤ 1.5 mm2

operating temperature range

O to +40°C

maximum load

1,800 VA v. 1.1

GRENTON SMART PANEL SPS-001-T-01

FOUR CAPACITIVE BUTTONS TOUCH PANEL WITH THE OLED DISPLAY AND HAND GESTURE CONTROL

Replacing traditional wall switches, Smart Panel allows to control not only the light, but also any device in a smart home. The Panel provides information from sensors, system parameters or its functional data. The versatile and intuitive control interface make it easy and quick to control an individual device or a whole home.

PROPERTIES • smart design matching every interior • four touch buttons, executing up to four independent functions • each button can signal corectness of activation or errors: ShowOk and ShowError • OLED screen • sound signals • proximity sensor and hand gesture control • temperature and light sensors • unlimited functionality - wide programming possibility TECHNICAL SPECIFICATION DC supply

5 - 24 V

average current input in a standby mode for 5 V

20 mA

max. current input for 5 V

80 mA

weight

120 g

dimmensions (H/W/D)

surface part: 80/80/10 mm concealed part: Ø 50 mm/h : 22 mm

operating temperature range

0 - 45°C (without condesantion)

microSD CARD INSTALLATION The card should be installed with the power supply turned off! 1

4 A

WIRING DIAGRAM 1

flush box

fastening ring

TF-Bus

click!

push

flush box

ADDITIONAL INFORMATION Full instruction, technical specification and declaration of conformity are available on the website: www.grenton.pl The general Warranty Terms & Conditions are available on the manufacturer’s website at: www.grenton.pl/gwarancja

v. 1.3

GRENTON TOUCH PANEL TPA-02X-T-0X

TOUCH PANEL

The touch panel replaces traditional light switches.

PROPERTIES • • • • •

two versions: four buttons or eight buttons each button can execute up to four independent functions features a built-in temperature sensor each button can signal correctness of activation or errors: ShowOK and ShowError functions available in different colors

WIRING DIAGRAM 1

click!

TF-Bus

4. Add found modules to the project.

BUTTON PROPERTIES CHARACTERISTICS NAME

DESCRIPTION

Value

Returns input state as 0 or 1

Mode

Returns the selected mode of button action (0 – monostable, 1 – bistable, 2 – locked). In locked mode, the diode is illuminated in continuous red light.

HoldDelay

Time in milliseconds after which, when pressing and holding a button, the OnHold event occurs

HoldInterval

Cyclical interval in milliseconds after which, when pressing and holding a button, the OnHold event occurs

METHODS NAME

DESCRIPTION

SetMode

Sets the mode of button action (0 – monostable, 1 – bistable, 2 – locked). In locked mode, the diode is illuminated in continuous red light.

SetHoldDelay

Sets HoldDelay value

SetHoldInterval

Sets HoldInterval value

ShowError

Causes the red diode on the button to flash for 2 seconds (frequency 500 ms). The green diode on the button is off

ShowOK

Causes the green diode on the button to flash for 2 seconds (frequency 500 ms). The red diode on the button is off

LedSwitchOn

Activates the green diode on the button

LedSwitchOff

Deactivates the green diode on the button

EVENTS NAME

DESCRIPTION

OnChange

Occurs when a change in the input state takes place (regardless of the value)

OnSwitchOn

Occurs when the high state is set at input

OnSwitchOff

Occurs when the low state is set at input

OnShortPress

Occurs after pressing the button for 500 - 2000 ms

OnLongPress

Occurs after pressing the button for two seconds

OnHold

Occurs for the first time after HoldDelay time passes and then cyclically every HoldInterval value

OnClick

Occurs after pressing the button for less than 500 ms

SENSOR PROPERTIES CHARACTERISTICS NAME

DESCRIPTION

Threshold

Hysteresis size (accuracy 0.1°C or 0.1%) specifying the sensitivity when the following events are generated: OnChange, OnLower, OnRaise

Sensitivity

Time (in ms) for which the sampled values are averaged

MinValue

Minimum value of the Value characteristic after exceeding which the OnOutOfRange event is generated

MaxValue

Maximum value of the Value characteristic after exceeding which the OnOutOfRange event is generated

Value

Input value: for temperature sensor from 0.0 to 6553.5 (°C), for light sensor 0 - 100

EVENTS NAME

DESCRIPTION

OnChange

Event resulting from changing input state

OnRise

Event resulting from exceeding the upper threshold of hysteresis

OnLower

Event resulting from exceeding the lower threshold of hysteresis

OnOutOfRange

Event resulting from exceeding any range

TECHNICAL SPECIFICATIONS DC supply

max. current input

36.3 mA

weight

200 g

dimensions (H/W/D)

160/80/18 mm

operating temperature range

O to +40°C

v. 1.1