Q-tran Q6S, Quick Start Manual

Page: 7 / 7

INSTALLATION
Q6S/Q6M
© 2020 Q-Tran Inc. All rights reserved | 155 Hill St. Milford, CT 06460 | 203-367-8777 | sales@q-tran.com | www.q-tran.com Specification subject to change. Rev-09-29-20
Troubleshooting and Warnings
Risk of Fire / Electric Shock
Transformer should be installed by a
Licensed electrician in accordance with
the N.E.C. and all local codes in force.
Wear rubber shoes and work on a sturdy wooden or fiberglass ladder.
This power supply must be installed according to the National Electric
Code and local codes and ordinances.
This power supply is to be installed and serviced only by an licensed
electricians.
This power supply is to be installed so that it is not likely to be contacted
by people.
To avoid a hazard to children, account for all parts and destroy all
packaging materials.
This power supply is to be installed and serviced only by an licensed
electrician.
Do not install in wet locations.
1 Panel Adjustments
2 Dimmer or Switch
Adjustments
3 Transformer
Adjustments
4
Load
Adjustments
Dimmer
Lighting
Panel
Q-Tran (PSC)
Power Supply Center Load
Secondary Primary Primary
Primary
circuit breaker
Secondary
circuit breaker
Switch
Circle one Wire gauge Wire gauge
Impedance is important and used to calculate the maximum short circuit current which is need for sizing, circuit breakers and fuses.
Lower values of impedance will provide a reduction in regulation for a given load. The regulation is the ration of output voltage at a specified load,
compared to the output voltage at no load.
Q-TRAN’S TRANSFORMERS HAVE IMPEDANCE IN THE RANGE OF 2 % - 5 %
Impedance is expressed as a percent. This percentage represents the amount of normal rated primary voltage which must be applied
to the Transformer to produce full rated load current when the secondary windings is short circuited.
The Impedance of most ordinary transformers runs between 3% and 6%.
The maximum short circuited current is limited by the impedance of the transformer
If the load impedance is too low this will increase the current in the transformer windings. This also reduces the primary impedance that the output sees which increases tube current flow.
If the load impedance is too high, this reflects a higher than normal impedance in the primary for the output.
If the transformer has 5 % (.05) impedance, the reciprocal of .05 is 20 and maximum short circuit current is 20 times the full load current.
If the transformer has 10 % (.1) impedance. The reciprocal of .1 is 10 therefore the maximum short circuit current is 10 times the full load current.
Wire gauge
Model number
Watts per run
Total watts
Wire length
Primary feed circuit breaker
Manufacturer:
Model number:
Amperage:
Note: To properly assist you with any trouble shooting support, please fill out your information on the lines provided.
Manufacturer:
Model number:
*
ON OFF
ON
OFF
ON OFF
ON OFF
ON
OFF
ON OFF
ON
OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON
OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON
OFF
Risk of Fire / Electric Shock
Transformer should be installed by a
Licensed electrician in accordance with
the N.E.C. and all local codes in force.
Wear rubber shoes and work on a sturdy wooden or fiberglass ladder.
This power supply must be installed according to the National Electric
Code and local codes and ordinances.
This power supply is to be installed and serviced only by an licensed
electricians.
This power supply is to be installed so that it is not likely to be contacted
by people.
To avoid a hazard to children, account for all parts and destroy all
packaging materials.
This power supply is to be installed and serviced only by an licensed
electrician.
Do not install in wet locations.
1 Panel Adjustments
2 Dimmer or Switch
Adjustments
3 Transformer
Adjustments
4 Load
Adjustments
Dimmer
Lighting
Panel
Q-Tran (PSC)
Power Supply Center Load
Secondary Primary Primary
Primary
circuit breaker
Secondary
circuit breaker
Switch
Circle one Wire gauge Wire gauge
Impedance is important and used to calculate the maximum short circuit current which is need for sizing, circuit breakers and fuses.
Lower values of impedance will provide a reduction in regulation for a given load. The regulation is the ration of output voltage at a specified load,
compared to the output voltage at no load.
Q-TRAN’S TRANSFORMERS HAVE IMPEDANCE IN THE RANGE OF 2 % - 5 %
Impedance is expressed as a percent. This percentage represents the amount of normal rated primary voltage which must be applied
to the Transformer to produce full rated load current when the secondary windings is short circuited.
The Impedance of most ordinary transformers runs between 3% and 6%.
The maximum short circuited current is limited by the impedance of the transformer
If the load impedance is too low this will increase the current in the transformer windings. This also reduces the primary impedance that the output sees which increases tube current flow.
If the load impedance is too high, this reflects a higher than normal impedance in the primary for the output.
If the transformer has 5 % (.05) impedance, the reciprocal of .05 is 20 and maximum short circuit current is 20 times the full load current.
If the transformer has 10 % (.1) impedance. The reciprocal of .1 is 10 therefore the maximum short circuit current is 10 times the full load current.
Wire gauge
Model number
Watts per run
Total watts
Wire length
Primary feed circuit breaker
Manufacturer:
Model number:
Amperage:
Note: To properly assist you with any trouble shooting support, please fill out your information on the lines provided.
Manufacturer:
Model number:
*
ON
OFF
ON OFF
ON
OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON
OFF
ON OFF
ON OFF
ON
OFF
ON OFF
ON OFF
ON OFF
ON OFF
ON
OFF
ON OFF
ON OFF