User Manual
Table Of Contents
- Legal Notice
- Table of Contents
- About this Main Manual
- Rigs and Signal Chain
- Front Panel Controls Head, PowerHead, Rack, and PowerRack
- Chicken Head Knob (1)
- INPUT Button (2)
- INPUT LED (2)
- Module and Section Buttons (3)
- OUTPUT/MASTER Button (4)
- OUTPUT LED (4)
- NOISE GATE Knob (5)
- Direct Control Knobs (6)
- MASTER VOLUME Knob (7)
- TAP Button (8)
- SYSTEM Button (9)
- RIG Button (10)
- QUICK Button (11)
- TYPE Knob (12)
- BROWSE Knob (13)
- Soft Buttons and Soft Knobs (14)
- ON/OFF Button (15)
- LOCK Button (16)
- COPY and PASTE Buttons (17)
- STORE Button (18)
- UNDO and REDO Buttons (19)
- EXIT Button (20)
Buttons (21) - RIG Navigation Cross (22)
- HEADPHONE Output (23)
- GAIN Knob (24)
- RIG VOLUME Knob (25)
- Front INPUT (26)
- USB (27)
- Back Panel Overview Head, PowerHead, Rack, and PowerRack
- Front Panel Controls Stage
- On/Off Button (1)
- Mode Select Buttons (2)
- INPUT Button (3)
- INPUT LED (3)
- Module and Section Buttons (4)
- OUTPUT/MASTER Button (5)
- OUTPUT LED (5)
- MASTER VOLUME Knob (6)
- SYSTEM Button (7)
- PEDALS Button (8)
- RIG Button (9)
- TYPE Knob (10)
- BROWSE Knob (11)
- Soft Buttons and Soft Knobs (12)
- MORPH Button (13)
- LOCK Button (14)
- EDIT Button (15)
- COPY and PASTE Buttons (N/A)
- STORE Button (16)
- Button (17)
Buttons (18) - GAIN Knob (19)
- Up/Down Buttons (20)
- Rig Buttons 1-5 (21)
- TAP Button (22)
- TUNER Button (23)
- Effect Buttons I-IIII (24)
- Looper (25)
- Back Panel Overview Stage
- Basic Setups
- Using the Tuner
- Rig Settings
- Working with Amplifier PROFILEs, Cabinet PROFILEs, Power Amps and Guitar Cabinets
- Separating Amps and Cabinets: CabDriver
- Browsing Amps or Cabinets
- Direct PROFILEs
- Direct Amp PROFILEs
- Cabinet Impulse Responses
- Merging Studio PROFILEs and Direct Amp PROFILEs
- Running a Guitar Speaker Cabinet from a Power Amplifier, “Monitor Cab Off”
- The Built-in Power Amplifier
- The Sound of Guitar Cabinets versus Mic'ed Speakers
- PURE CABINET
- Output Section
- Instrument Input and Reamping
- Expression Pedals and Foot Switches
- Stack Section
- Effects
- Wah Effects (Orange)
- Distortion (Red)
- Booster (Red)
- Shaper (Red)
- Equalizer (Yellow)
- Compressor (Cyan)
- Noise Gate (Cyan)
- Chorus (Blue)
- Phaser and Flanger (Purple)
- Pitch Shifter (White)
- Delay (Green)
- Delay Mix
- Mix Location Pre/Post
- Low Cut & High Cut
- Cut More
- To Tempo
- Delay Time & Delay Ratio
- Note Value
- Feedback
- Freeze
- Infinity
- Cross Feedback
- Reverse Mix
- Input Swell
- Smear
- Stereo
- Grit
- Stereo Modulation
- Flutter Intensity & Flutter Rate
- Single Delay
- Dual Delay
- Two Tap Delay
- Serial Two Tap Delay
- Rhythm Delay
- Quad Delay
- Legacy Delay
- Pitch Shifter Delay (Light Green)
- Reverb (Green)
- Effect Loop (Pink)
- System Settings
- Bass Players: Special Hints and Features
- Performance Mode
- PROFILER Remote
- MIDI
- Continuous Controllers
- Effect Switches
- Rig Change in Performance Mode
- Rig Change in Browser Mode
- MIDI Global Channel
- MIDI Clock
- Transmitting MIDI Commands to Two External Devices in Performance Mode
- Transmitting Pedal Controllers for Morphing, Wah, Volume, and Pitch to Two External Devices
- Transmitting User Interface to MIDI Global Channel
- NRPN
- Getting Organized
- Updates, Backups and Sharing Sounds
- PROFILING an Amp
- Trouble Shooting
- KEMPER PROFILER Specifications
- Dimensions
- Weight
- Analog Inputs PROFILER Head, PowerHead, Rack, and PowerRack
- Analog Inputs PROFILER Stage
- Analog Outputs PROFILER Head, PowerHead, Rack, and PowerRack
- Analog Outputs PROFILER Stage
- Power Amp PROFILER PowerHead and PROFILER PowerRack
- Control and Data Interfaces
- Digital Inputs and Outputs PROFILER Head, PowerHead, Rack, and PowerRack
- Digital Inputs and Outputs PROFILER Stage
- Electrical Requirements
- Environmental Requirements
- Electrical Approvals
Instrument Input and Reamping 115
The level adjustments described in the following section are performed in the same way for both analog and digital
connections. There are four steps required to perform recording and reamping of your pure guitar signal:
Step one: DI output connections
To convert your instrument signal into a studio signal: enter the Output Section and find the Output Source page.
Choose “Git Studio” for the DIRECT OUTPUT/SEND 1 or for any other output that you want to use for recording.
The output you have chosen will now carry the pure instrument signal, with a hot studio level, this is the “DI” signal. If
you want to record through S/PDIF, choose “Git Studio” for the S/PDIF OUTPUT.
The subsequent choices - “Git / Stack”, “Git / Mod…”, “Git / Master …” for the S/PDIF OUTPUT - have the same
application; additionally, they carry the amped signal on the right S/PDIF channel, while the left S/PDIF channel
delivers the pure instrument. This allows you to record both the pure and processed signal through S/PDIF -
however, only a mono version of the processed signal is available.
Connect the output to the respective input of your recording device and check the incoming signals there.
✓ The choice “Git+Processing” for the analog outputs delivers a DI signal as well, but at the original instrument level,
lower than the studio level. Read more about Output Source selection in the chapter Output Sources in this manual.
Step two: DI output leveling
To adjust the DI output level, enter the Input Section and select the “Clean Sens” parameter. You might have used
this control already, as it is used to adapt the individual level of your guitar to the overall volume level of the Rigs and
PROFILEs as described in the chapter INPUT button. Adjust the “Clean Sens” parameter to a level where clean
sounds have the same perceived loudness as distorted sounds; in doing so, you will have adjusted the dynamics of
your instrument to match the digital headroom of the PROFILER perfectly. The output assigned to “Git Studio” is
perfectly leveled at the same time.
While the ability to adjust the level of the amp is a convenient feature, it becomes critical when recording the DI
signal, as it helps to keep the noise floor down. When you later reamp this signal with a high gain setting, the noise