ቪክቶሮን ኢነርጂ GX IO-Extender 150 የተሻሻለ ግቤት እና ውፅዓት ለጂኤክስ መሳሪያዎች

መግቢያ
GX IO-Extender 150 ከዩኤስቢ ጋር የተገናኘ የማስፋፊያ ሞጁል ሲሆን እንደ Ekrano GX እና Cerbo GX ያሉ የጂኤክስ መሳሪያዎችን IO ወደቦች ያራዝመዋል።
በእርስዎ የጂኤክስ መሣሪያ እና በውጫዊው ዓለም መካከል ያለውን ክፍተት ያስተካክላል፣ ይህም ለክትትል፣ ለመቆጣጠር እና አውቶሜሽን ማለቂያ የሌላቸውን እድሎችን ይፈጥራል።

ባህሪያት

• 8 digital IOs, configurable as in two sets of four as inputs or outputs (via DIP switch).
• 4 PWM ports, 0 to 5V with 0.04V steps for device regulation.
• 2 latching relays that maintain their state even if the power is lost.
• 1 solid switch with bat-, load, and bat+ connections for switching requirements.

The plug-and-play USB connectivity makes installation effortless. The GX IO-Extender 150 is simply plugged into an available USB port on the GX device and the inputs/outputs, PWMs and relays immediately become available to the system.
Whether you’re managing a complex off-grid solar installation, a marine electrical system, or an industrial backup power solution, the GX IO-Extender 150 expands your ability to deliver on specific requirements:

• Monitor additional sensors and equipment
• Control external devices with precision
• Automate complex system responses
• Implement sophisticated control logic

The GX IO-Extender is not intended to be used for general load switching, but rather for signalling. The relays and solid switch have low current ratings that vary based on the voltagሠ ጥቅም ላይ እየዋለ ነው። ከኢነርጂ ሶሉሽንስ (ዩኬ)፣ ጋርሚን (ዩኤስኤ) እና Safiery እና ሌሎች ያሉ ተኳኋኝ ምርቶች ለአጠቃላይ መቀያየር አፕሊኬሽኖች የተሻሉ ይሆናሉ።

Relay and Solid Switch specifications

መቀርቀሪያ ቅብብል
Contact rating (resistive load):

• DC: 3 A @ 30 V, 1 A @ 60 V, 0,3 A @ 220 V (max. 90 W)
• AC: 2 A @ 60 V, 1 A @ 125 V, 0,5 A @ 250 V (max. 125 VA)

Solid Switch

• ከፍተኛ. የባትሪ ጥራዝtagሠ: 70 ቪዲሲ
• ከፍተኛ. የአሁኑን ጭነት: 4 A
• Max. capacitive load:
  • Vbat up to 15 V: 1000 µF
  • 15 V < Vbat < 30 V: 400 µF
  • 30 V < Vbat < 70 V: 50 µF
• ከፍተኛ. አመላካች ጭነት;
  • Up to 1 A: 1000 mH
  • 1 A < I < 2 A: 100 mH
  • More than 2 A: 10 mH

መጫን

The GX IO-Extender 150 works with all GX devices but it is best used in combination with Node-RED. Node-RED is not supported on all GX devices. Refer to the Venus OS Large documentation for more information about which GX devices support Node-RED.
To install the GX IO-Extender 150:

1. Use the DIP switches on each bank of 4 digital I/Os to set them as 4 inputs or 4 outputs (ON = output, OFF = input). Note that changes to the DIP switches require a power cycle of the device.
2. Connect the USB cable of the GX IO-Extender 150 to an available port on the GX device. Note that the USB-port closest to the HDMI port on some Cerbo GX models may not be suitable for this purpose. Please refer to the GX device manual for more information.
3. Confirm the GX IO-Extender 150 is powered via the USB connection.
4. እንደገና ለመስራት የርቀት መቆጣጠሪያውን በጂኤክስ ላይ ይጠቀሙview በስርዓቱ ላይ የሚገኙትን ተጨማሪ ሪሌይቶች፣ PWMs እና ዲጂታል ግብአቶች ወይም ውጽዓቶች።

ሃርድዌር
በ GX IO-Extender 150 ላይ ያሉ ሁሉም ወደቦች አሁን ያሉበትን ሁኔታ ለማመልከት በሰማያዊ ወይም ብርቱካንማ ኤልኢዲዎች የታጠቁ ናቸው።

የዲጂታል ውጤቶቹ ለምልክት ዓላማዎች ብቻ የታሰቡ ናቸው እና ጭነቶችን በቀጥታ ለመቀየር ጥቅም ላይ መዋል የለባቸውም። የ PWM ውፅዓቶች እንደ ኤልኢዲ ዲሚንግ ፣ የሞተር ፍጥነት መቆጣጠሪያ እና ተመሳሳይ መተግበሪያዎች ላሉ መተግበሪያዎች ተስማሚ ናቸው።

ቴክኒካዊ ማስታወሻ፡- Always check the maximum ratings for each output type in the datasheet of the GX IO-Extender 150.

ዲጂታል I/O
The digital I/O ports are split up in 2 groups of 4 ports which are intended for signalling rather than directly switching loads. Each group can be configured as either input or output using the dip switches in between the ports.

• Mode ON = output
• Mode OFF = input

ሁነታውን ከቀየሩ በኋላ GX ን እንደገና ያስነሱ ወይም ይንቀሉ እና ለውጦቹ እንዲተገበሩ የዩኤስቢ ገመዱን እንደገና ወደ ኃይል ዑደት ያውርዱ።
ቴክኒካዊ ማስታወሻ፡- The digital outputs can source 4 mA max. When driving 4 mA, the voltage drop across the internal series resistor (560 Ω) is 2,24 V, which leaves only 2,76 V @ 4 mA for the output signal. Therefore, a driver like a transistor or FET is required to switch a relay with a digital output.

PWM
The PWM ports are to be connected between GND and signal. The PWM port indicator LEDs are illuminated when the port is switched on, and the intensity of the illumination reflects the current status of the PWM slider value.

Bistable Relays (Relay 1 & 2)
The bistable (latching) relays on the GX IO-Extender 150 work differently from the monostable (non-latching) relays found on devices like the Cerbo GX.
A monostable relay has a default state determined by its wiring:

• NO (Normally Open): Load is OFF by default, ON when relay is powered.
• NC (Normally Closed): Load is ON by default, OFF when relay is powered.

A bistable relay has two stable positions — A and B — that stay fixed even when power is lost. The relay switches between them with a short pulse, using no power to maintain either state. The active position is shown by the LED:

• Blue LED: Position A active
• Orange LED: Position B active

የተለመደ የቀድሞampሌስ

1. Mimicking a NO monostable relay
   To replicate the behaviour of a normally open relay:
   • Connect your power source to COM.
   • Connect your load to Terminal A.
   • Leave Terminal B disconnected.
   • Configure the relay in Toggle mode.
     In position A (blue LED), the load is powered. In position B (orange LED), the load is disconnected.
     ከኃይል ዑደት በኋላ ጭነቱ መጥፋት ካለበት ከመዘጋቱ በፊት ሪሌይውን ወደ B ቦታ ያዘጋጁ።
2. Switching between “GREEN” and “RED” indicator lights The relay can switch power between two circuits, for exampላይ:
   • COM connected to your power source.
   • Terminal A wired to an “GREEN” indicator light.
   • Terminal B wired to an “RED” indicator light.
   • Configure the relay in Toggle mode.
     በቦታ A (ሰማያዊ ኤልኢዲ) ላይ ሲሆን አረንጓዴው መብራት ንቁ ነው። ወደ ቦታ B (ብርቱካናማ ኤልኢዲ) ሲቀያየር የቀይ መብራቱ ንቁ ነው።
3. Momentary operation: Siren and “All OK” light For momentary operation with default feedback:
   • COM connected to your power source.
   • Terminal A wired to a siren.
   • Terminal B wired to an “All OK” light.
   • Configure the relay in Momentary mode.

In its resting state (position B, orange LED), the “All OK” light is illuminated. When the momentary switch is activated, it briefly switches the relay to position A, sounding the siren. Once the momentary pulse ends, the relay returns to position B, and the “All OK” light comes back on.

Solid Switch
The solid switch on the GX IO-Extender 150 is designed to electronically switch the positive side of a DC circuit, with no mechanical contacts.

• Bat+ → Connect to the positive terminal of your battery or DC power supply.
• Load → Connect to the positive side of your device or load.
• Bat- → Connect to the negative terminal of your battery or DC power supply.
• The negative side of your load connects directly to Bat- (or a shared ground).
• Configure the relay in Toggle mode.

This setup allows the solid-state relay to switch your load on and off by making or breaking the positive side of the circuit electronically.
If the solid switch is configured as momentary, it will only switch the load on for as long as the control signal remains active.

ሶፍትዌር
Node-RED is a low-code programming environment for event-driven applications (https://nodered.org). See the installation manual for more information on the Node-RED and GX device combination: https://www.victronenergy.com/live/venus-os:large.

The following 4 steps are needed to get Node-RED up and running on your system:

1. Set the firmware image type to Large and update the firmware
2. Once rebooted in the large image, enable Node-RED
3. Open the Node-RED dashboard via either VRM under the Venus OS Large menu option or locally via https://venus.local:1881/
4. Pull in the Switch and Switch control node and control the GX IO-Extender 150. These nodes are part of the node-red-contrib-victron package that comes pre-installed with the Venus OS Large image.

እነዚህ እና ሌሎች, ለምሳሌampየሌሎቹ ፍሰቶች በኖድ-RED ውስጥ ባለው የማስመጣት አማራጭ በኩል ሊመጡ ይችላሉ።

Simple digital input control
First, the digital input must be configured to a type using the Settings > Integrations > Digital IO on the GX device, then select a digital input from the GX IO-Extender 150 and set a type.

Supported input types are:

• Pulse meter N/A
• Door alarm Open/Closed
• Bilge pump On/Off
• Bilge alarm Ok/Alarm
• Burglar alarm Ok/Alarm
• Smoke alarm Ok/Alarm
• Fire alarm Ok/Alarm
• CO2 alarm Ok/Alarm
• Generator Running/Stopped
• Touch input control

Once an input type has been selected, a Digital input node can be used to read the status of that input for further use in the flow.

ይህ ለምሳሌampበመስቀለኛ-RED ዳሽቦርድ ውስጥ ያለውን መለኪያ በመጠቀም በዲጂታል ግብአት ላይ የተነበቡ ጥራዞችን ያሳያል

PWM ይጨምሩ

የዚህ ፍሰት የላይኛው ክፍል የ PWM ግዛት መለኪያን በመጠቀም የ PWM ወደብን ለማብራት ወይም ለማጥፋት ነው. አንዴ ወደቡ እንደበራ የ PWM መፍዘዝ መለኪያን በመጠቀም የተዘጋጀውን ማንኛውንም PWM ዋጋ ይጠቀማል። የግቤት መስቀለኛ መንገድ አሁን ያለውን የPWM ወደብ እሴት ያነባል እና ያንን በአለምአቀፍ መስቀለኛ-RED አውድ ውስጥ ያከማቻል።
የመርፌ መስቀለኛ መንገድ አንድ ጊዜ ያስገባል።amp እያንዳንዱ ሰከንድ፣ አሁን ባለው የPWM እሴት የሚተካው፣ በ25 ይጨምራል። እሴቱ ከ100 በላይ ከሆነ፣ ወደ 0 ይመለሳል።

ያገለገሉትን ስዊች እና PWM ወደብ ለእርስዎ እንዲሰራ በተግባሩ መስቀለኛ መንገድ ላይ ማስተካከል ሊያስፈልግዎ እንደሚችል ልብ ይበሉ።

ቴክኒካዊ ዝርዝሮች

ጂኤክስ አይኦ-ኤክስተንደር 150
አቅርቦት ጥራዝtage	በዩኤስቢ የተጎላበተ
የኃይል ፍጆታ	< 100 mW when idle, max, 1 W (< 200 mA @ 5 V)
በመጫን ላይ	Wall or DIN-rail (by using adapter accessory)
Input and Output connectivity
Digital I/Os (isolated from USB)	8 I/Os with LEDs indicating state, configurable as 8 inputs, 8 outputs or 4 inputs + 4 outputs
	Inputs: 3,8 – 5,5 V, Outputs: 5 V, 4 mA max አሃዛዊው I/Os ጥራዝን ለመቆጣጠር ይችላል።tages እስከ 5,5 V. ማንኛውም overvoltage ዘላቂ ጉዳት ሊያስከትል ይችላል
PWM output (isolated from USB)	4 channels with LEDs indicating the state ጥራዝtagሠ ደረጃ፡ 5 ቮ፣ ትክክለኛነት፡ 8 ቢት @ 1,5625 kHz
Latching relays (potential free)	2x የመቆለፊያ ቅብብሎሽ (bi-stable) ከኤልኢዲዎች ጋር ግዛትን የሚያመለክት
	Contact rating (resistive load): DC: 3 A @ 30 V, 1 A @ 60 V, 0,3 A @ 220 V (90 W max) AC: 2 A @ 60 V, 1 A @ 125 V, 0,5 A @ 250 V (125VA max)
ጠንካራ መቀየሪያ (ከዩኤስቢ ተለይቷል)	ከፍተኛ የባትሪ መጠንtage:	70 ቪ.ዲ.ሲ
	ከፍተኛ የአሁኑ ጭነት:	4 አ
	ከፍተኛ አቅም ያለው ጭነት፡	Vbat up to 15 V: 1000 µF 15 V < Vbat < 30 V: 400 µF 30 V < Vbat < 70 V: 50 µF
	ከፍተኛ አመላካች ጭነት፡-	Up to 1 A: 1000 mH 1 A < | < 2 A: 100 mH More than 2 A: 10 mH
መጠኖች
ውጫዊ ልኬቶች (hxwxd)	123 x 67 x 23 ሚ.ሜ
ክብደት	0,170 ኪ.ግ
የሚሰራ የሙቀት ክልል	-20 ° ሴ እስከ +50 ° ሴ

አባሪ

Available Control Paths
The device announces itself under the dbus service com.victronenergy.switch.<serial> and exposes the paths as described in this appendix. Check https://github.com/victronenergy/venus/wiki/dbus#switch for the meaning and usage of any additional paths.

ዲጂታል ግብዓቶች
Digital inputs need to be coupled to a function first, before you can use them. This needs to be done in the console as described above.

Set the type of a digital input with

• 0 = ተሰናክሏል
• 1 = Pulse meter
• 2 = በር
• 3 = Bilge pump
• 4 = Bilge Alarm
• 5 = Burglar Alarm
• 6 = የጭስ ማንቂያ
• 7 = የእሳት ማስጠንቀቂያ
• 8 = CO2 ማንቂያ
• 9 = Generator

Pulsemeter paths
/Count: number of counted pulses

Generic digital input paths
/State: State of the input

ዲጂታል ውጤቶች
Note that these paths will only be present when the corresponding IO is set to output (with the DIP switches).

• /SwitchableOutput/output_1/State (0=Off, 1=On)
• /SwitchableOutput/output_2/State (0=Off, 1=On)
• /SwitchableOutput/output_3/State (0=Off, 1=On)
• /SwitchableOutput/output_4/State (0=Off, 1=On)
• /SwitchableOutput/output_5/State (0=Off, 1=On)
• /SwitchableOutput/output_6/State (0=Off, 1=On)
• /SwitchableOutput/output_7/State (0=Off, 1=On)
• /SwitchableOutput/output_8/State (0=Off, 1=On)

PWM ውጤቶች

• /SwitchableOutput/pwm_1/State (0=Off, 1=On)
• /SwitchableOutput/pwm_1/Dimming (integer value from 0-100, representing percentage)
• /SwitchableOutput/pwm_2/State (0=Off, 1=On)
• /SwitchableOutput/pwm_2/Dimming (integer value from 0-100, representing percentage)
• /SwitchableOutput/pwm_3/State (0=Off, 1=On)
• /SwitchableOutput/pwm_3/Dimming (integer value from 0-100, representing percentage)
• /SwitchableOutput/pwm_4/State (0=Off, 1=On)
• /SwitchableOutput/pwm_4/Dimming (integer value from 0-100, representing percentage)

የተዘበራረቀ ውጤቶችን

• /SwitchableOutput/relay_1/State (0=Off, 1=On) – Bi-stable relay 0 = A, 1 = B
• /SwitchableOutput/relay_2/State (0=Off, 1=On) – Bi-stable relay 0 = A, 1 = B
• /SwitchableOutput/relay_3/State (0=Off, 1=On) – Solid switch load state

የታሸጉ ልኬቶች

ሰነዶች / መርጃዎች

ቪክቶሮን ኢነርጂ GX IO-Extender 150 የተሻሻለ ግቤት እና ውፅዓት ለጂኤክስ መሳሪያዎች [pdf] የተጠቃሚ መመሪያ GX IO-Extender 150, GX IO-Extender 150 የተሻሻለ ግቤት እና ውፅዓት ለጂኤክስ መሳሪያዎች, የተሻሻለ ግቤት እና ውፅዓት ለጂኤክስ መሳሪያዎች, ግቤት እና ውፅዓት ለጂኤክስ መሳሪያዎች, ውፅዓት ለ GX መሳሪያዎች, GX መሳሪያዎች

ዋቢዎች

• የተጠቃሚ መመሪያ