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realraum:minielectronicsworkstationmanual [2019-02-03 14:21] xro ↷ Page moved from minielectronicsworkstationmanual to realraum:minielectronicsworkstationmanual |
realraum:minielectronicsworkstationmanual [2020-01-04 16:23] (current) xro |
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| ===== Manual for LoTHR Electronics Station ==== | ===== Manual for LoTHR Electronics Station ==== | ||
| + | Aka: Mini-TESLA | ||
| + | |||
| + | {{:realraum:qr_lothr_etech_manualwiki.png?direct&180|}} | ||
| + | ShortURL: http://shorturl.at/efoAE | ||
| + | |||
| + | **Main-Power-Switch for everything**: located at back of box. | ||
| ==== The Electric Load XY-FZ35 ==== | ==== The Electric Load XY-FZ35 ==== | ||
| Line 10: | Line 16: | ||
| | Max Power Wattage | 35W | | | Max Power Wattage | 35W | | ||
| + | {{ :realraum:htb1tuwxxpvuk1rjy0faq6x2avxag.jpg?direct&450 |}} | ||
| + | {{ :realraum:htb1s7ozxinrk1rjsspkq6yuvxxam.jpg?direct&450 |}} | ||
| + | |||
| + | {{ :realraum:htb1k4qaxurrk1rksne1q6arvvxa3.jpg?direct&450 |}} | ||
| === Settings === | === Settings === | ||
| - | Feature Detail | + | {{ :realraum:htb13kozxpduk1rjsszdq6xglpxay.jpg?direct&400|}} |
| - | First, improve the protection mechanism: | + | ^ Protection Settings °° |
| + | | OVP | overvoltage protection (default 25.2V) | | ||
| + | | OCP | overflow protection (default 5.10A) | | ||
| + | | OPP | power protection (default 35.5W) | | ||
| + | | OTP | over-temperature protection (at > 80°C, LCD flickers) | | ||
| + | | LVP | undervoltage protection (default 1.5V) \\ When discharging a battery, set this to prevent damage to the battery | | ||
| - | The power supply end has anti-reverse protection, reverse connection does not burn; | + | The electronic load automatically saves the switching state before shutting down and resumes with the last state (power == on/off) |
| - | The load end has anti-reverse protection, the reverse connection does not burn; | + | |
| - | OVP overvoltage Protection (default 25.2V, can modify it yourself, after Overvoltage protection, LCD interface flashing display OVP); | + | |
| - | OCP overflow Protection (default 4.10A/5.10A, can modify it yourself, after overcurrent protection, LCD flashing display OCP); | + | |
| - | OPP power Protection (default 25.5w/35.5w, can modify it yourself, after power protection, LCD flashing display OPP); | + | |
| - | OTP over-temperature protection (after load temperature greaterthan 80℃, over-temperature protection, liquid crystal flicker display OTP); | + | |
| - | LVP undervoltage Protection (default 1.5V, can be set itself, after Undervoltage protection LCD flashing display LVP, In applications such as battery discharge testing, the setting of suitable LVP can effectively prevent the battery from transitioning to discharge, so as not to damage the battery). | + | |
| - | + | ||
| - | + | ||
| - | Second, the electronic load on the initial state of power: | + | Discharge capacity Statistics: |
| + | > the load current is not zero start statistics, until the next load current is zero, it is believed that the completion of a discharge process, statistical end | ||
| - | The electronic load automatically saves the switching state before shutting down and acts as the initial state of the next power-on; | + | Discharge time Statistics: |
| + | > from the current is not zero start statistics, to the next load current is zero, think that the completion of a test process, statistical end; | ||
| + | Set maximum Capacity (''OAH''): | ||
| + | > When the OAH function is started, when the load discharge capacity is higher than the maximum capacity set, the electronic load stops | ||
| + | > automatically and flashes to display "OAH", and when the OAH alarm is lifted, the capacity statistics are automatically emptied | ||
| - | Third, discharge capacity and discharge time statistics: | + | Set the maximum discharge time (''OHP''): |
| - | + | > When the OHP function is started, when the load running time is greater than the maximum discharge time set, the electronic load stops | |
| - | Discharge capacity Statistics: the load current is not zero start statistics, until the next load current is zero, it is believed that the completion of a discharge process, statistical end; | + | > automatically and flashes to display "OHP", and when OHP alarm is lifted, the time statistics are automatically emptied; |
| - | Discharge time Statistics: from the current is not zero start statistics, to the next load current is zero, think that the completion of a test process, statistical end; | + | |
| + | Note: If neither ''OAP'' or ''OHP'' are set, the electronic load will record the discharge capacity and discharge time. When the OHP function is turned on, the running time of the electronic load is the countdown mode | ||
| - | Four, set the maximum capacity (OAH) and set the maximum discharge time (OHP): | ||
| - | |||
| - | Set maximum Capacity (OAH): When the OAH function is started, when the load discharge capacity is higher than the maximum capacity set, the electronic load stops automatically and flashes to display "OAH", and when the OAH alarm is lifted, the capacity statistics are automatically emptied; | ||
| - | Set the maximum discharge time (OHP): When the OHP function is started, when the load running time is greater than the maximum discharge time set, the electronic load stops automatically and flashes to display "OHP", and when OHP alarm is lifted, the time statistics are automatically emptied; | ||
| - | |||
| - | |||
| - | |||
| - | Note: In the absence of the OAP and OHP function, the electronic load will record the discharge capacity and discharge time, turn on the OAH and OHP function, to the set value after the electronic load stopped working; When the OHP function is turned on, the running time of the electronic load is the countdown mode; | ||
| - | |||
| - | | ||
| - | |||
| - | OAP and OHP functions, can be a good implementation of unattended power aging testing. | ||
| - | |||
| - | |||
| - | |||
| - | Five, Data group Features: | ||
| - | |||
| - | Divided into "DAT0", "DAT1" | ||
| - | |||
| - | DAT0: Flashing shows only the capacity value and running time of the previous stage, and does not add up to the next stage; | ||
| - | DAT1: Flashing shows the capacity value and running time of the previous stage, and automatically adds up to the next stage; | + | ^ Data group Features ^^ |
| + | | ''DAT0'' | Flashing shows only the capacity value and running time of the previous stage, and does not accumulate in the next run | | ||
| + | | ''DAT1'' | Flashing shows the capacity value and running time of the previous stage and will accumulate in future runs | | ||
| === Serial Interface === | === Serial Interface === | ||
| Line 95: | Line 89: | ||
| == Alarm Status == | == Alarm Status == | ||
| - | Upload Alarm status code (OVP/OCP/OPP/LVP/OAH/OHP/OTP) | + | Upload Alarm status code (''OVP/OCP/OPP/LVP/OAH/OHP/OTP'') |
| Line 106: | Line 99: | ||
| + | ==== The Power Supply RD-Tech DS30V05A ==== | ||
| - | ==== The Power Supply DS30V05A ==== | + | * Current-Limit, setable in 0.001A increments |
| + | * Voltage-Lmit, setable in 0.01V increments | ||
| + | * max 5A (but current power supply limits to 72W. Need more? Go to TESLA) | ||
| + | * max 26V (would be max 30V but is Buck-Converter and poewr supply only supplies 29V. Need more? Go to TESLA) | ||
| - | ==== The KSGEr solering station ==== | + | === Usage === |
| + | |||
| + | See Manual stuffed into the back. | ||
| + | |||
| + | {{ :realraum:dp30v5a_htb16b51jfxxxxb1xxxxq6xxfxxx7.jpg?direct&700 |}} | ||
| + | {{ :realraum:dp30v5a_htb1maynjfxxxxc9xpxxq6xxfxxxl.jpg?direct&700 |}} | ||
| + | |||
| + | ^ Buttons ^^ | ||
| + | | Set (short press) | Begin or Confirm/End setting current/voltage limit) | | ||
| + | | EncoderKnob Press | Go to next Digit | | ||
| + | | EncoderKnob CW | increase digit | | ||
| + | | EncoderKnob CCW | decrease digit | | ||
| + | | Set (long press) | open additional settings screen \\ program memory locations | | ||
| + | | M1 | recall stored settings from memory location 1 | | ||
| + | | M2 | recall stored settings from memory location 2 | | ||
| + | |||
| + | ==== T12 solering station (KSGER, Quicko) ==== | ||
| Software Version: 2.09 | Software Version: 2.09 | ||
| Line 115: | Line 128: | ||
| Hardware Version: .... | Hardware Version: .... | ||
| - | === On / Off === | + | [[http://www.quickochina.com/uploads/USERmanual-en.pdf|Link to english Manual]] |
| + | |||
| + | If the station detects movement/temperature fluctuations of the tip, it will automatically exit standby mode. | ||
| + | |||
| + | === Usage === | ||
| + | |||
| + | ^ Mode ^ How to get there ^ | ||
| + | | Hard-Off | Use power-switch right of device | | ||
| + | | On | Enable power-switch on the right and turn knob CW until on | | ||
| + | | Boost-Mode (+ ~60°C for ~5min) | Turn knob CW until device enters boost mode | | ||
| + | | Standby (~120°C) | Turn know CCW until device is in standby mode | | ||
| + | | Sleep (Soft-Off) | Turn knob CCW until sleep mode is selected | | ||
| + | | Set Temperature | Press knob once | | ||
| + | | Menu/Settings | Hold knob down | | ||
| + | | Change Tip Preset | Hold knob down while turning knob CW| | ||
| === Set Temperature === | === Set Temperature === | ||
| + | |||
| + | - Press knob once | ||
| + | - set temperature by turning knob. | ||
| === Change Soldering Tip === | === Change Soldering Tip === | ||
| - | === Boos Mode === | + | - Hold knob down while turning knob CW |
| + | - Then select tip and confirm with button press. | ||
| === Calibration === | === Calibration === | ||
| + | Get Solder-iron-tip temperature meter from TESTLA and go to menu and select calibration. | ||
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