Sindoh M611 User Manual

Page 20

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6

Before Using the Machine

EMI(Electromagnetic Interference) Notice

This machine complies with the limits for Class A.

Class A Device: This machine is EMI compatible device complying with the limits for use in non-residen-
tial/non-domestic environments.

Power Consumption

Power Consumption of the Products

The below table shows power consumption. Some modes may not be available in the product you have
purchased.

Mode

Description

Power
Consumption(W)

Printing

A device is printing paper documents from electronic input data.

Less 750W

Standby

A device is standing by print jobs.

Less 120W

PWR Saving A device is in energy saving mode.

Less 6.5W

Power Off

A power plug is plugged into the outlet with its switch off.

Less 0.05W

The above power consumption is the hourly average value.

Instant power consumption can be much higher than the average value.

Power Saver Mode

The machine is designed for power saver mode.

The power saver mode is corresponding to EPA sleep mode. The power saver mode save energy by
reducing power consumption during specific time period of not using the machine. The machine automati-
cally enters into the power saver mode in case not used for a specific while called Power Saver Mode
time, which is specified by default when shipped out from the factory. In the configuration menu the power
saver mode time can be adjustable between 1~240 minutes. If it is set to lower values, the energy con-
sumption reduces, but the response time increases. If it is set to higher values, quicker response time
can remain, but more energy consumed.

Deactivated Mode

The machine consumes power even in the deactivated mode. Unplug the power cord to stop the power
consumption to the full.

Total Energy Usage

It would be useful to calculate the Total energy usage of the machine.

Since the electricity bill is charged by watt, you need to multiply time spent in each mode with power con-
sumption in order to calculate the energy usage.

Total energy usage is the sum of energy used in each mode.

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