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internal:proddocs:3420 [2021/12/06 11:17] kacperinternal:proddocs:3420 [2023/07/26 10:01] (current) eral
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 ===== Testing Instructions ===== ===== Testing Instructions =====
 +
 +<adm warning>DUE TO ELECTRIC SHOCK HAZARD, TESTING WILL BE DONE BY ENGINEERING TEAM.</adm>
  
 <note warning> The 3420  Testing process involves HIGH VOLTAGE, Make sure to disconnect power when handling connections, and stay away from PCB, Variac and Test Box when power is turned on! </note>  <note warning> The 3420  Testing process involves HIGH VOLTAGE, Make sure to disconnect power when handling connections, and stay away from PCB, Variac and Test Box when power is turned on! </note> 
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   * Variac   * Variac
   * Electric Tape   * Electric Tape
 +  * Multimeter
  
 === Step 1 === === Step 1 ===
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 {{:internal:proddocs:ac_transformer_negative.jpg?800|}} {{:internal:proddocs:ac_transformer_negative.jpg?800|}}
 +
 +**Now Connect the black wire from the miltimeter to the same black current transformer output wire** 
  
 === Step 5 === === Step 5 ===
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 {{:internal:proddocs:ac_transformer_positive.jpg?800|}} {{:internal:proddocs:ac_transformer_positive.jpg?800|}}
 +
 +**Now Connect the Red wire from the miltimeter to the same red current transformer output wire** 
  
 ===Step 6 === ===Step 6 ===
-Wrap Electric Tape around the crocodile clips to ensure an insulated connection.+Wrap Electric Tape around the crocodile clips and multimeter probes to ensure an insulated connection.
  
 {{:internal:proddocs:electric_tape.jpg?800|}} {{:internal:proddocs:electric_tape.jpg?800|}}
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 Connect the Variac to a plug socket and connect another plug to the Transformer output. Connect the Variac to a plug socket and connect another plug to the Transformer output.
  
-{{:internal:proddocs:variac.jpg?800|}}+{{:internal:proddocs:variac.jpg?300|}}
  
 ** DO NOT CONNECT THE PLUG TO THE AC TEST BOX ** ** DO NOT CONNECT THE PLUG TO THE AC TEST BOX **
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 Now go to the AC Monitor Tab, you should see: Now go to the AC Monitor Tab, you should see:
  
-{{:internal:proddocs:ac_monitor_tab_monex.png?800|}}+{{:internal:proddocs:ac_monitor_tab_monex.png?500|}}
  
-=== Step 12 ===+=== Step 13 ===
 On the AC Monitor Tab: On the AC Monitor Tab:
  
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 Change Circuit Type to 'Three Phase' Change Circuit Type to 'Three Phase'
  
-{{:internal:proddocs:change_phase.png?800|}}+{{:internal:proddocs:change_phase.png?300|}}
  
 Click 'Send' Click 'Send'
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 All Phases should stop being unavailable and say '0', the frequency should say 49.9. All Phases should stop being unavailable and say '0', the frequency should say 49.9.
  
-{{:internal:proddocs:three_phase_ac_monitor.png?800|}}+{{:internal:proddocs:three_phase_ac_monitor.png?300|}}
  
-=== Step 12 === +=== Step 14 === 
-**MAKE SURE ALL CONNECTIONS ARE ACCURATE BEFORE TURNING POWER ON**+**MAKE SURE ALL CONNECTIONS ARE ACCURATE BEFORE TURNING POWER ON (Step 2 - Step 5 otherwise you could potentially damage the PCB)**
  
 Turn on the Variac Power, the Blue LCD display on it should state the voltage.  Turn on the Variac Power, the Blue LCD display on it should state the voltage. 
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 Turn the Dial to output 25V. Turn the Dial to output 25V.
  
-{{:internal:proddocs:25v_variac.jpg?800|}}+{{:internal:proddocs:25v_variac.jpg?300|}}
  
-The Phase A, B and C Line-Neutral Voltages should be approximately 31V+The Phase A, B ,C Line-Neutral Voltages should be approximately 31V
  
-Phase A, B, C Current should be approximately 1.2A+The Phase A, B, C Current should be approximately 1.4A
  
-=== Step 13 ===+The Phase A, B, C Real Power should be approximately 44W 
 + 
 +=== Step 15 ===
 Turn the Variac Dial to 125V Turn the Variac Dial to 125V
  
-{{:internal:proddocs:125v_variac.jpg?800|}}+{{:internal:proddocs:125v_variac.jpg?300|}}
  
 **Keep away from the PCB, AC Test Box and PCB when power on.** **Keep away from the PCB, AC Test Box and PCB when power on.**
  
-The Phase A, B, C Line-Neutral Voltages should be approximately 129V+The Phase A, B, C Line-Neutral Voltages should be approximately 130V
  
-The Phase A, B, C Current should be approximately 5.3A+The Phase A, B, C Current should be approximately 5.9A
  
-=== Step 14 ===+The Phase A, B, C Real Power should be approxmiately 767W 
 + 
 +=== Step 16 ===
 Turn the Variac Dial to 250V Turn the Variac Dial to 250V
  
-{{:internal:proddocs:250v_variac.jpg?800|}}+{{:internal:proddocs:250v_variac.jpg?300|}}
  
 **Keep away from the PCB, AC Test Box and PCB when power on.** **Keep away from the PCB, AC Test Box and PCB when power on.**
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 The Phase A, B, C Line-Neutral Voltages should be approximately 251V The Phase A, B, C Line-Neutral Voltages should be approximately 251V
  
-The Phase A, B, C Current should be approximately 10.4A+The Phase A, B, C Current should be approximately 11.4A 
 + 
 +The Phase A, B, C Real Power should be approximately 2880 
 +=== Step 17 === 
 +Change the Set Parameter to: Device Instance 
 + 
 +Change Set Dev Inst to: 1 
 + 
 +Click 'Send' 
 + 
 +=== Packaging === 
 + 
 +this will need pics and info The 3420 is always sent with a 3423, this is now being packaged together in the same box. 
 +this SOP will need updating once the 3420 has had its PCB re-designed. 
 + 
 + 
 + --- //[[chrissy@osukl.com|Christine Walsh]] 17/01/2022 08:57// updated
internal/proddocs/3420.1638789439.txt.gz · Last modified: 2023/07/12 14:11 (external edit)

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