Replies: 14 comments 35 replies
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What was the shipping cost? |
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The PCB v2.3 firmware is now available from the GitHub Actions tab. |
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Is there any video on how to flash this device with an alternative firmware? |
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Hi all, |
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Just found this discussion while searching for I have two questions from my initial readings:
Thanks! :) |
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Would indeed be very interesting if we could use the zigbee chip also. |
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Hello, |
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Hello all, |
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I have just added a USR-ES1 (Wiznet w5500) and its all working. Sadly there are not enough free pins on the existing breakout connector, and you need to solder some wires to the U2 pads. I removed the Tuya chip, but you could just cut the power trace to it (after U2 as we need the 3.3v for the Ethernet module) So next step for me is to design a PCB and make use of POE. I guess I will also need to 3D print a case for it as well. I think I saw some mounting plates somewhere for this that would be a good starting point, but for the life of me I can't find them now. |
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On Alibaba now I see they have 2024 version with a higher resolution OLED display. Has anyone tried it already? Does it work with openHASP? |
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can I have your gs-t3e.json file? I just want to se how it looks as an excemple :) |
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hi! how can install home assistant in this device? |
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hello everybody, |
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NEW T3E SKU AVAILABLE !! 🎉
New revised v2 of the T3E device is now available. Old v1 has been discontinued.
The device is in exterior completely identical to the T3E v1, WT86-32-3ZW1 and the quite new WT32S3-86V as the outer casing and dimensions are 100% identical. These devices only differs in the backplate versions/measurements as well as the availability of PSU / relays.
The issue with poor WiFi signal strength on the T3E v1 has been fully resolved 🎉
The previous solution with 'direct mcu solder on pcb' has been substituted with an ESP module with proper internal WiFi antenna.
I would argue this new T3E v2 is the clear winner when it comes to available 4" square display devices 🏆
Easy to flash using USB, good WiFi signal strength, high quality and high resolution IPS display with almost infinite viewing angles, EU sized backplate including PSU and three relays. A perfect 'plug & play' openHASP 4" display device ! 😃
Alibaba link for the T3E v2 device from known vendor - Golden Security
Note: Specify that you want the new device with pcb rev. 2.3 !!
Device is marketed as an in wall multi-function scene panel and a 3 (or 4) gang relay switch. The T3E is one of three devices in a series. Both the T6E & T8E devices have Tuya zigbee gateway capabilities, where the T3E can only act as a 'slave' device and smart scene panel display. These devices can only be used with the 'Smart Life' / 'Tuya Smart' apps. No local control - only cloud based control through these apps.
EU backplate version:
PROS:
CONS:
U13
EU backplate connector (marked withyellow
in picture below):Numbered from right (marked with a white dot) to left
RX
TX
(Not connected in the EU 3 gang relay switch version. L4 & L3 are low voltage outputs in the dimmer version)
J1
ESP32 flash header (marked withred
in picture below):'Standard' flash header available on the pcb for easy flashing. The actual header pins are not populated, so you have to solder these on yourself.
NB ! The white pcb cover plate has holes that match the position of the previous T3E v1 header pins, but only short profile female header pins will fit under the cover plate. Standard Dupont male pins won't fit into these female headers. But the commonly used breadboard pins do fit. If you solder in 'regular' male header pins, the backplate can't be fitted, unless you modify the pins in height.
Device can be flashed by either using the USB port or the flash header pins and a FTDI serial programmer device.
Software: E.g. Flash Download Tool v3.9.3
Note that RX & TX are NOT cross wired !
GND
<-->GND
5V
<-->5V
RX
<-->RX
TX
<-->TX
IO0
pulled low (to GND) during power on to enter boot mode.KEY
button (marked withorange
in picture below):Connected to
EN
on the ESP32-S3 and acts as aRESET
buttonU2
connector/pads (marked withindigo
in picture below):Note: GPIO1 & GPIO2 are both connected to the Tuya chip (U3) !!
So cut 3,3v power trace to the chip or desolder chip completely.
Then these two GPIO's are free to be used for e.g. I2C sensors
From top to bottom in picture (pad names are covered by the Tuya chip)
VCC: +3.3V
GND: GND
RXD: GPIO2
TXD: GPIO1
NRST: NC (no connection)
P1
USB Micro-B connector (marked withrosa
in picture below):Other useful pin connections identified:
GPIO42
= Display backlight (LCD_BL
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