Lamp holder anti-accident contact gauge
IEC 60061 7006-51A-2 Lamp holder Anti-accidental contact specification E27
E27 Lamp holder gauge name
Meet the standard: IEC 60061; GB1483.1
Product category:
E27 Lamp holder gauge Pass Gauge 7006-27B-1
E27 Screw cap gauge Stop 7006-28A-1E27 Cap solder Height gauge 7006-27C-1
E27 Screw cap Contact performance Gauge 7006-50-1
E27 Lamp holder Anti-accidental contact gauge (anti-electric shock) 7006-51A-2
The plunger of the gauge is shown in the test position. When the plunger is at rest, surface W shall be retracted deeper than surface V.
| D | 26.55 | +0.0/-0.02 | N | 32 | +0.0/-0.02 |
| F | 27.2 | +0.05/-0.0 | O | 34 | +0.0/-0.2 |
| G | 32 | +0.02/-0.0 | P | 6 | ±0.1 |
| H | 14 | ±0.1 | Q | 3 | ±0.1 |
| J | 36 | +0.2/-0.0 | U | 10 | ±0.1 |
| K | 28.4 | +0.0/-0.02 | r | 2.5 | +0.5/-0.0 |
| M | 30.8 | +0.0/-0.02 |
IEC 60061 7006-51A-2 Lamp holder Anti-accidental contact specification E27
Purpose:
To check protection against accidental contact during insertion of caps E27 on finished lamps.
IEC 60061 7006-51A-2 Lamp holder Anti-accidental contact specification E27
Testing :
The shape of the lamp with regard to protection against accidental contact is assumed to be correct if, when the lamp is pushed as far as possible into the gauge, surface W does not protrude beyond surface V.
IEC 60061 7006-51A-2 Lamp holder Anti-accidental contact specification E27
E27 Lamp holder gauge name
Meet the standard: IEC 60061; GB1483.1
Product category:
E27 Lamp holder gauge Pass Gauge 7006-27B-1
E27 Screw cap gauge Stop 7006-28A-1E27 Cap solder Height gauge 7006-27C-1
E27 Screw cap Contact performance Gauge 7006-50-1
E27 Lamp holder Anti-accidental contact gauge (anti-electric shock) 7006-51A-2
IEC 60061 7006-51A-2 Lamp holder Anti-accidental contact specification E27
Purpose:
To check protection against accidental contact during insertion of caps E27 on finished lamps.
IEC 60061 7006-51A-2 Lamp holder Anti-accidental contact specification E27
Testing :
The shape of the lamp with regard to protection against accidental contact is assumed to be correct if, when the lamp is pushed as far as possible into the gauge, surface W does not protrude beyond surface V.
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