Chapter Qube Reference 500M Quick Start Manual Download Page 4

2. Right touch sensor options

a.

Input Display

You can display the currently selected input setting and Earth selection 

setting by using the Right touch sensor strip. 

Input 
Selected

Flashing 
Speed

Description

RCA Input

(Option 

Fast

Gain stage input COLD connection  
is connected to System 0v (AGND). 

setting by using the Right touch sensor strip. 

Please ensure that the unit is not in “MUTE” mode, and that none of the 

front panel RED Lights are illuminated or are flashing  before starting.
Press and release the Right touch sensor strip within 2 seconds, to put 

the unit into “DISPLAY” mode.

Firstly, the unit will flash the RED lights associated with the selected input 

for five seconds. These are LEFT touch sensor strip RED lights for RCA 
Input, or the RIGHT touch sensor strip RED lights for the XLR Input.

The speed of the lights flashing indicates the status of the Earth select 

configuration according to the table opposite.

After displaying the Earth selection the unit will hold the RED lights on for 

a further 5 seconds. During this time you can alter the Earth Selection 
setting using the procedure shown below.

(Option 
Recommend
ed for use 
with Chapter 
Product)

is connected to System 0v (AGND). 
RCA Input connected between 
AGND & HOT connection (AGND is 
floated from the chassis via a 
100Ohm Wire-wound resistor)

RCA Input

Slow

Gain stage input COLD floated from 
System 0v (AGND) via a 100K
Impedance. RCA Input connected
between COLD & HOT connection 
(AGND is floated from the chassis via 
a 100Ohm Wire-wound resistor)

XLR Input

(Option 
Recommend
ed for use 
with Chapter 

Fast

Gain stage input HOT & Cold are 
directly connected to XLR Pins 3 & 2 
respectively. System 0v (AGND) is 
connected directly to the System 

Right Touch Sensor Strip

with Chapter 
Product)

connected directly to the System 
Chassis GND. (AES recommended 
Balanced Input Specification)

XLR Input

Slow

Gain stage input HOT & Cold are 
directly connected to XLR Pins 3 & 2 
respectively. System 0v (AGND) is 
floated from the chassis via a 
100Ohm Wire-wound resistor)

Summary of Contents for Qube Reference 500M

Page 1: ...Qube Reference 500M Chapter Qube Reference 500M Quick Start Guide ...

Page 2: ... sensor options a Front LED brightness control b Internal LED brightness control 2 Right touch sensor options a Input display b Input toggle c Input Earth Select c Input Earth Select 3 Standby button options a Mute b Standby ...

Page 3: ...ange b Internal LED brightness control To change the brightness of the internal blue lights first put the unit into MUTE mode by pressing the STANDBY button on the top panel for less than 1 second The RED lights in both front panel touch sensor strips will The RED lights in both front panel touch sensor strips will illuminate to indicate that the unit is in MUTE mode Next press and hold the LEFT t...

Page 4: ... the table opposite After displaying the Earth selection the unit will hold the RED lights on for a further 5 seconds During this time you can alter the Earth Selection setting using the procedure shown below Option Recommend ed for use with Chapter Product is connected to System 0v AGND RCA Input connected between AGND HOT connection AGND is floated from the chassis via a 100Ohm Wire wound resist...

Page 5: ...oggle between the Earth select modes by using the Right touch sensor strip Please put the unit into DISPLAY mode using the procedure described in section a above When the RED lights have finished flashing to show the current Earth selection setting they will stay on continuously for a further 5 seconds During this time press and hold the RIGHT touch 5 seconds During this time press and hold the RI...

Page 6: ...state of the art QPROXTM touch sensor technology first developed by QPROXTM for the Apple iPod Apple iPod For the most reliable operation during initial cold power on i e mains power on and after release from STANDBY mode the unit will perform a calibration of the touch sensors to compensate for any noise in the units external environment either electrical or radiated This may cause the sensors to...

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