POWERPOD K-12 Plus - Mixer PHONIC - Free user manual and instructions

Product Type	Powered Mixer
Model	POWERPOD K-12 Plus
Brand	Phonic
Number of Input Channels	10 (8 mono + 2 stereo)
Power Amplifier Output	500 W per channel at 4 Ω, 1000 W bridge mono at 8 Ω
Digital Effects Processor	Dual 100 effects with tap delay and test tones
Graphic Equalizer	Stereo 7-band with feedback detection
Phantom Power	+48 V, switchable for channels 1-8
Channel EQ	3-band with swept mid-range (100 Hz – 8 kHz) on mono channels
Connectors	XLR/TRS combo jacks, RCA, 1/4" TS, Speakon
Dimensions (W x H x D)	483 x 142 x 466 mm (19.02" x 5.59" x 18.35")
Weight	13.6 kg (30 lbs)
Power Supply	Switchable 115/230 VAC, 50/60 Hz, 400 W max
Built-in Limiter	Yes, 2 limiters with indicators
Stand-by Feature	Mutes all microphone channels while keeping tape/return active
Rack Mountable	Yes (requires 13U space, optional kit)
Protective Cover	Included molded cover to prevent scratches
Cooling	Vari-speed fans (keep 30 cm clearance from rear)
Safety	CE, ETL, RoHS compliant; class I equipment
Warranty	Minimum 1 year (check regional extension)

Frequently Asked Questions - POWERPOD K-12 Plus PHONIC

How do I connect powered speakers to the POWERPOD K-12 Plus?

Use the Speakon or 1/4" TS speaker outputs on the rear panel. For standard stereo operation, connect speakers to the corresponding left and right outputs. Ensure total impedance per channel is at least 4 Ω (or 8 Ω in bridge mono mode). Only use passive speakers.

How do I activate the +48V phantom power?

Press the Phantom Power switch on the rear panel. This applies +48V to channels 1–8 (on K-12 Plus). An LED indicates when phantom is active. Always turn down channel levels before switching phantom on/off to avoid pops.

How can I use the built-in digital effects?

Each effect processor has a Program control knob. Turn to select an effect number (see effects table in manual), then push the knob to confirm. Adjust the EFX Master fader and channel EFX sends to control effect level. For tap delay, press the Program knob repeatedly to set the tempo.

How do I set up a stage monitor mix?

Use the AUX 1 or AUX 2 sends on each channel to send signal to the corresponding AUX output. Connect your monitor amplifier/speaker to the AUX output. Adjust the AUX master fader on the master section to control overall monitor volume.

What does the Stand-by switch do?

The Stand-by switch mutes all microphone channels (1–12) while leaving the Tape In and Stereo Returns active. This is useful for playing background music between sets without feedback from live mics.

How do I use the graphic equalizer with feedback detection?

Press the ON button for the graphic EQ. The EQ can be assigned to MAIN L/R or AUX 1 via the AUX 1/L/R button. When FBD (Feedback Detection) is activated, LEDs on the sliders will light up at feedback frequencies. Reduce that slider to eliminate feedback.

Can I connect a subwoofer to this mixer?

Yes, use the Mono Output (1/4" TS) with built-in low-pass filter (60–160 Hz variable). Connect this output to a powered subwoofer or external amplifier. Adjust the Mono fader and low-pass filter controls for optimal bass.

How do I record the mix?

Use the Record Out RCA jacks (and mini stereo jack) to connect to a recording device. The signal is taken pre-master fader, so the record level is independent of the main volume. Use the Tape In control to adjust level if needed.

What is the proper way to clean the mixer?

Unplug the mixer before cleaning. Use a dry, lint-free cloth to wipe the surface. Do not use any aerosol or liquid cleaners. For stubborn dirt, slightly dampen the cloth with water. Avoid getting moisture into any openings.

The mixer overheats or shuts down. What should I do?

Ensure the rear of the mixer is at least 30 cm from walls or other equipment to allow proper airflow. Check that the cooling fans are not blocked. If the limiter indicators flash frequently, reduce the overall level. If problem persists, consult a qualified technician.

USER MANUAL POWERPOD K-12 Plus PHONIC

Optional Rack Mounting....2

Protective Molded Cover....2

MAKING CONNECTIONS....3

Channel Inputs....3

Master Section....3

Rear Panel....4

CONTROLS AND SETTINGS....5

Channel Controls....5

Digital Effect Processor....6

Master Section....7

SPECIFICATIONS....9

APPENDIX

DIGITAL EFFECTS TABLE....1

APPLICATIONS....2

Adding External Parallel Devices....2

Live Application....3

DIMENSIONS....4

TYPICAL CONNECTING LEADS....5

BLOCK DIAGRAMS....6

Phonic preserves the right to improve or alter any information within this document without prior notice.

IMPORTANT SAFETY INSTRUCTIONS

The apparatus shall not be exposed to dripping or splashing and that no objects filled with liquids, such as vases, shall be placed on the apparatus. The MAINS plug is used as the disconnect device, the disconnect device shall remain readily operable.

Warning: the user shall not place this apparatus in the confined area during the operation so that the mains switch can be easily accessible.

1. Read these instructions before operating this apparatus.
2. Keep these instructions for future reference.
3. H eed all warnings to ensure safe operation.
4. Follow all instructions provided in this document.
5. Do not use this apparatus near water or in locations where condensation may occur.
6. Clean only with dry cloth. Do not use aerosol or liquid cleaners. Unplug this apparatus before cleaning.
7. Do not block any of the ventilation openings. Install in accordance with the manufacturer's instructions.
8. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce heat.
9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding type plug has two blades and a third grounding prong. The wide blade or the third prong is provided for your safety. If the provided plug does not fit into your outlet, consult an electrician for replacement of the obsolete outlet.
10. Protect the power cord from being walked on or pinched particularly at plug, convenience receptacles, and the point where they exit from the apparatus.
11. Only use attachments/accessories specified by the manufacturer.
12. Use only with a cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus. When a cart is used, use caution

when moving the cart/apparatus combination to avoid injury from tip-over.

1. Unplug this apparatus during lighting storms or when unused for long periods of time.

2. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been dropped.

CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK) NO USER SERVICEABLE PARTS INSIDE REFER SERVICING TO QUALIFIED PERSONNEL

The lightning flash with arrowhead symbol, within an equilateral triangle, is intended to alert the user to the presence of uninsulated "dangerous voltage" within the product's enclosure that may be of sufficient magnitude to constitute a risk of electric shock to persons.

The exclamation point within an equilateral triangle is intended to alert the user to the presence of important operating and maintenance (servicing) instructions in the literature accompanying the appliance.

WARNING: To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture.

CAUTION: Use of controls or adjustments or performance of procedures other than thosepecified may result in hazardous radiation exposure.

INTRODUCTION

Thank you for your purchase of either the Powerpod K-12 Plus, K-16 Plus or 1860 Plus Powered Mixers. All of these mixers are of a high standard of quality that is synonymous with all Phonic products, and we are sure will prove to be a valuable investment. To ensure, however, that you take full advantage of these products, we advise you to carefully read the entire manual before storing in a place that is easy to remember and easy to access if necessary.

FEATURES

● High-efficiency switching power supply for achieving high power and light weight
- Foot switch allows user to on/mute effect processor and tap delay control
● +48V phantom power switch
● 2 stereo input channels with 3-band EQ.
● Tape in and record out with stereo RCA jacks
● 2 pre-fader AUX sends and 2 post-fader EFX sends
- Stereo 7-band graphic EQ
● One professional speaker connector and two 1/4" TS phone jacks on each power amplifier channel for speaker connection
● Stand-by feature allow users to mute all microphone channels
● Handle integrated into casing
- Mono output with low pass filter, variable frequency from 60Hz to 160Hz
● Molded protective cover to help avoid scratching of the mixer face
● Mains power switchable between 115VAC and 230VAC

K-12 Plus and K-16 Plus additions

• 2 x 500W / 4 Ω bridgeable and patchable power amplifiers
• Dual effect processor, each containing over 100 effects, with tap delay and numerous test-tones
• Feedback detection

K-12 Plus:

- 8 Mic/Line input channels with 3-band swept mid-range EQ and insert

K-16 Plus:

- 12 Mic/Line input channels with 3-band swept mid-range EQ and insert

- Vocal eliminator

• Solid Phonic Pystem speaker enhancement

1860 Plus additions

• 2 x 400W / 4 Ω bridgeable and patchable power amplifier
• A single effect processor featuring 100 effects, with tap delay and numerous test-tones
  ● 8 Mic/Line input channels with 3-band EQ and insert
• Dual setting Phantom Power switch

BASIC SETUP

Getting Started

1. Ensure all power is turned off on the K-12 Plus, K-16 Plus or 1860 Plus. To totally ensure this, the AC cable should not be connected to the unit.
2. All faders and level controls should be set at the lowest level and all channels switched off to ensure no sound is inadvertently sent through the outputs when the device is switched on. All levels should be altered to acceptable degrees after the device is turned on.

NB. Ensure that the rear of the mixer is not less than 30 centimeters from the wall, as being closer than that may obstruct the cooling fans and cause overheating.

1. Plug all necessary instruments and equipment into the device's various inputs as required. This may include line signal devices, as well as microphones and/or guitars, keyboards, etc.

2. Plug any necessary equipment into the device's various outputs. This could include speakers, monitors, signal processors, and/or recording devices.

NB. No devices other than speakers should be connected to the power amp outputs. Plugging inappropriate devices into the mixer will likely cause damage to the device. Also, guitar cables should not be used to connect amplifiers to speakers.

1. Plug the supplied AC cable into the AC inlet on the back of the device ensure the local voltage level is identical to that required on your device. On the Powerpod 1860, set the Voltage Selector to match the local voltage levels.

2. Plug the supplied AC cable into a power outlet of a suitable voltage.

3. Turn the power switch on.

Channel Setup

1. To ensure the correct audio levels of each input channel is selected, every channel should first be switched off and all faders set to 0.
2. Choose the channel that you wish to set the level of, and ensure that channel has a signal sent to it similar to the signal that will be sent when in common use. For example, if the channel is using a microphone, then you should speak or sing at the same level the performer normally would during a performance. If a guitar is plugged into that channel, then the guitar should also be used as it normally would be.
3. Press the PFL button of the channel, allowing you to see the audio level in the master level meter.
4. Set the gain so the level meter indicates the audio level is around 0 dB.
5. This channel is now ready to be used; you can stop making the audio signal.
6. To activate the channel, release the PFL button and engage the channel's on button.
7. You should now select the next channel to set and go back to follow steps 1 through 6.

Optional Rack Mounting

1. The K-12 Plus and 1860 Plus are both rack mountable. The ER K-12 Plus rack mounting kit can be used to install this product. You will need 13 units of free rack space to install one of these mixers.
2. To install, first ensure that the rack you are using will provide suitable ventilation for the Powered Mixers, as a sealed rack will cause overheating in the product. Keep 1 U rack space between the powered mixer and any other device. This will also ensure overheating does not occur.
3. Remove the screws ① \~ ⑤ (indicated on the below image) on both sides of the mixer, along with the side panel.
4. Fasten the rack mount to each side of the mixer using screws ⑥\~⑦, as indicated below.
5. Final step: attach the rack mountable mixer to the rack.

The Protective Molded Cover

graph TD
    A["PHONIC"] --> B["Opening the cover"]
    B --> C["Place your fingers on the two extrusions and pull up to open."]
    C --> D["Removing the cover"]
    D --> E["Attaching the cover"]
    E --> F["Place the small connecting rods of the molded cover underneath the mixer's hooks."]

MAKING CONNECTIONS

Channel Inputs

The K-12 Plus and 1860 Plus Powered Mixers supply a total of 10 input channels, 2 of which accept stereo signals. The K-16 Plus Powered Mixer, however, provides a total of 14 input channels, also including 2 stereo input channels. The two stereo channels on each device contain different inputs jacks, accepting either stereo RCA or 1/4" phone jacks.

1. XLR + 1/4 Combo Jacks (K-12 & K-16 only)

These combo jacks accept either XLR or 1/4" inputs for balanced and unbalanced signals. They can be used in conjunction with microphones such as professional condenser, dynamic or ribbon microphones - with standard XLR male connectors, as well as typical 1/4" TRS and 1/4" TS line inputs for the addition of various music instruments - such as keyboards, drum machines, electric guitars, as well as a variety of other electric instruments. With low noise preamplifiers, these inputs serve for crystal clear sound replication.

The PAD -26 dB button, located below the combo jack, is used to attenuate the input signal by 26 dB. This should only be pushed in when using line input devices.

NB. When using an unbalanced microphone, please ensure phantom power is switched off. However, when using condenser microphones the phantom power of the corresponding channel should be activated.

2. Mic Inputs (Powerpod 1860 Plus only)

As the Powerpod 1860 Plus doesn't feature the aforementioned combo jacks, we've included separate XLR and 1/4" jacks it features these XLR microphone inputs are for balanced and unbalanced signals. They can be used in conjunction with microphones – such as professional condenser, dynamic or ribbon microphones - with standard XLR male connectors. With low noise preamplifiers, these inputs serve for crystal clear sound replication.

NB. When using an unbalanced microphone, please ensure phantom power is switched off. However, when using condenser microphones the phantom power of the corresponding channel should be activated.

3. Line In Jacks (Powerpod 1860 Plus only)

These inputs accept 1/4" TRS and 1/4" TS line inputs for the addition of various music instruments – such as keyboards, drum machines, electric guitars, as well as a variety of other electric instruments.

Powerpod K-16 Plus

Powerpod 1860 Plus

4. INS (External Device Insert Jack)

The primary use for these TRS phone jacks is for the addition of external devices, such as dynamic processors or equalizers, to the corresponding mono input channel. This will require a Y cord that can send and receive signals of the mixer to and from an external processor. For more information on Y-Cords, please refer to Appendix C.

5. Stereo Channel Inputs

Each of the K-12 Plus, K16 and 1860 Plus Powered Mixers provide 2 stereo input channels, the inputs of which differ slightly to the mono channels. The stereo RCA inputs are for the addition of various digital devices (CD players, MP3 players, laptops, etc), where the 2 Line 1/4" TS jacks are for the addition of various stereo line level input devices, such as keyboards. Depending on which set of inputs you wish to use, set the Stereo A/B button on the channel to the appropriate position.

If you wish to use a monaural device on a stereo input, simply plug the device's 1/4" phone jack into the left (mono) stereo input and leave the right input bare. The signal will be duplicated to the right due to the miracle of jack normalizing.

Master Section

6. Tape In (L and R)

The first of these inputs accommodates RCA cables from such devices as tape and CD players. In addition to these inputs, however, Phonic has incorporated a mini stereo port for the inclusion of mini disc (MD), portable CD, and MP3 players (such as the Apple iPod), as well as laptop computers. The line from this feed is directed to the Tape In mixing bus, before being fed through to the Main L/R mixing bus.

7. Vocal Eliminator (K-16 Plus only)

Initiating this switch, featured on the Powerpod K-16 Plus only, enables you to eliminate vocal sections of any signal fed from a CD or tape player (or any other input device) into the Tape In inputs. Using phase cancellation of vocal frequency ranges between the left and right channels, the K-16 Plus's vocal eliminator can effectively remove vocals panned dead center.

8. Record Outputs (L and R)

As with the Tape In ports, these outputs will accommodate RCA cables, able to be fed to a variety of recording devices. Also included are mini stereo ports for the addition of recording devices such as MD players and laptop computers.

9. ST Return Inputs

These TS inputs connect the mixer with parallel external devices, such as sub mixers or external effect processors, receiving the processed signal from another source and feeding it to the AUX 1, AUX 2 and Main L/R mixing buses. If you wish to use a monaural device on a stereo return input, simply plug the device's 1/4" phone jack into the left (mono) stereo input and leave the right input bare.

10. Power Amp Inputs

These inputs support 1/4" TS plugs and can be used for the inclusion of an external line level stereo signals to the built-in power amplifier. If a device is connected to the power amp inputs, the main feed (according to the power amp control switch) will automatically bypass the power amp and the inserted feed will be amplified and sent to the Speaker Outputs instead.

11. Main Outputs

These two ports will output the final stereo line level signal sent from the main mixing bus. The primary purpose of these jacks is to send the Main output to external devices that may run in parallel with the mixer. This may include additional power amplifiers, mixers, PA systems, as well as a wide range of other possible signal processors.

12. Auxiliary (AUX) Outputs

These phone jack outputs are the final output of line-level signal fed from the corresponding auxiliary mixing bus, and are best suited for use with stage monitors. Feeding the output from the Auxiliary outs to an amplifier - and possibly an equalizer - and then to a floor monitor speaker allows artists to monitor their own instruments or vocals whilst performing.

13. EFX (Effect) Outputs

These 1/4" TS outputs are the final output from the EFX send mixing bus. This feed may be used to connect to an external digital effect processor, or even to an amplifier and speakers, depending on your desired settings.

graph LR
    subgraph_Terminal_A["Power AMP INPUT"]
        A1["A"] --> A2["B"]
        A2 --> A3["L"]
    end
    subgraph_Terminal_B["AUX 1"]
        A4["AUX 2"] --> A5["B"]
    end
    subgraph_Terminal_EFX_1["EFX 1"]
        E1["EFX 2"] --> E2["EFX 2"]
    end
    subgraph_Terminal_EFX_2["EFX 2"]
        E3["EFX 2"] --> E4["EFX 2"]
    end
    Terminal_A -->|10| A1
    Terminal_EFX_1 -->|13| E1
    Terminal_EFX_2 -->|13| E2

14. Control Room / Zone 2 Outputs and Switch

These phone jack outputs feed the signal from either the Control Room or Zone 2 control panels. The corresponding switch alternates the feed between the audio from the CTRL RM/PHONES control and that of the Zone 2 control. The Zone

2 output is best suited to act as side fill, supplying audio to indoor areas that the sound from the main speakers does not reach. The control room's signal, on the other hand, can be used for the inclusion of an active monitor within a booth. Well, they're our suggestions, but it's your call.

15. Mono Output

This 1/4" TS output feeds the audio signal from the mono mixing control located on the main mixing panel. This is best suited for use with a mono sound system, or for the addition of a subwoofer to your set of speakers, adding more punch to low frequency sounds.

16. Phones Output

This stereo output port is suited for use with headphones, allowing monitoring of the mix. The audio level of this output is controlled using the CTRL RM/PHONES control.

Rear Panel

17. Voltage Selector

This switch allows you to select from 2 mains power modes, 115 VAC / 60 Hz (allowing you to use the device in Countries with voltages between 100V and 120V) or 230 VAC / 50 Hz (allowing you to use the device in Countries with voltages between 200V and 230V).

NB. Using incorrect voltages can cause irreversible damage to the mixer. All care must be taken in selecting the voltage appropriate to your zone. If unsure of local voltage levels, contact a knowledgeable source before using this mixer.

18. 12V Lamp

This XLR port allows you to attach a 12 Volt gooseneck lamp, allowing better visibility in areas with poor light.

19. Power Button

This button is used to turn the device on and off. Before turning the device on, however, ensure all level controls are at a minimum.

20. Mains Power Inlet

This port is used to plug the socket end of the included AC cable. The other end should be connected to an appropriate power source.

21. Speaker Outputs

These jacks are used to connect to speakers, fed from the internal power amp. The first set of outputs are professional speaker connectors; to use these, insert an appropriate four pin plug into the connector, and twist to lock into place. The second set of outputs are 1/4" phone jacks. To use these, simply insert an appropriate 1/4" TS plug into them. The total loading for speakers should be no more than 4 ohms per channel, or 8 ohms for a bridge mono connection.

One Speaker per Channel: When connecting a single speaker to each channel's output, speakers with an impedance between 4 and 8 ohms should be used. This is the case for both the Phone Jack and Professional Speaker Connectors.

Two Speakers per Channel: When connecting two speakers to the Speaker Outputs, the loading of each speaker should be between 8 and 16 ohms (as two 8 ohm speakers will form a total loading of 4 ohms, two 16 ohm speakers a total loading of 8 ohms, etc).

Bridge Mono: When using bridge mono mode, Professional Speaker output B should be used only. The total loading should be no less than 8 ohms.

NB. Only use passive speakers in conjunction with the Speaker outputs, as to avoid damaging any equipment.

22. Foot Switch Jacks

These ports are for the inclusion of a foot switch, used to remotely adjust properties of the built-in Digital Effect processor. The left jack is used to adjust the tap delay properties, where the right jack is used for the turning on and off of digital effects (these are for use with digital effect processor 2 on the K-12 Plus and K-16 Plus).

23. Fans

These vari-speed fans are used for the cooling of the mixer. Do not obstruct in any way to ensure the product does not over heat.

CONTROLS AND SETTINGS

Channel Controls

It is important that all channels are independently disabled while not in use. Lower the corresponding level control when activating a channel; the volume level should

then be set to an appropriate level.

24. Gain Control

This controls the sensitivity of the input signal, which is sent to the corresponding input channel. The gain should be adjusted to a level that allows the maximum use of the audio, while still maintaining the quality of the feed. This can be accomplished by adjusting it to a level that will allow the peak indicator occasionally illuminate.

25. High-Pass Filter (75 Hz)

This button will activate a high-pass filter that reduces all frequencies below 75 Hz at 18 dB per Octave, helping to remove any unwanted ground noise or stage rumble.

1. HF (High Frequency) Control This control is used to give a shelving boost or cut of 15 dB to high frequency (12 kHz) sounds. This will adjust the amount of treble included in the audio of the channel, adding strength and crispness to sounds such as guitars, cymbals and synthesizers.

2. MF (Mid Frequency) Control This control is used to provide a peaking style of boost and cut to the level of middle frequency sounds at a range of 15 dB. The mono channels on the K-12 Plus and K-16 Plus provides a sweep control, allowing you to select a center frequency between 100 Hz and 8 kHz, whereas on a channels on the 1860 Plus (and stereo channels on the K-12 Plus and K-16 Plus), the center frequency is set at 2.5 kHz.

Changing mid-range frequencies of an audio feed can be rather difficult when used in a professional audio mix. It is often more desirable to cut middle frequency sounds rather than boost them, soothing overly harsh vocal and instrument sounds in the audio.

28. LF (Low Frequency) Control

This control is used to give a shelving boost or cut of 15 dB to low frequency (80 Hz) sounds. This will adjust the amount of bass included in the audio of the channel, and bring more warmth and punch to drums and bass guitars.

29. Auxiliary Controls 1 and 2

These controls alter the signal level that is being sent to the auxiliary 1 and 2 mixing buses, the signal of which is suitable for connecting stage monitors, allowing artists to listen to the music that is being playing.

30. Effect (EFX) Controls 1 and 2

These controls alter the signal level that is sent to the EFX 1 and 2 outputs, which can be used in conjunction with external signal processors (this signal of which can be returned to mixer via the stereo return inputs), or simply as additional auxiliary outputs for any means required. These controls also adjust the level of audio that is sent to the built-in digital effect engines (in the case of the Powerpod 1860 Plus, EFX 2 controls the signal sent to the built-in effects processor).

31. PAN/BAL

This alternates the degree or level of audio that the left and right side of the main mix should receive. On mono channels, this control will adjust the level that the left and right should receive, where as on a stereo channel, adjusting the BAL control will attenuate the left or right audio signals accordingly.

32. On Button and Indicator

This turns the channel on, allowing the user to use the feed from the channel's inputs to supply the MAIN L/R, MONO, AUX 1 and 2 and the EFX 1 and 2 buses. The corresponding indicator will be illuminated when turned on.

When the channel is not activated, the PFL button will still allow the user to send the channel's audio signal to the CTRL RM/PHONES mixing bus for monitoring purposes.

33. Peak Indicator

This LED indicator will illuminate when the device hits high peaks, 6 dB before overload occurs. It is best to adjust the gain of the channel so that the PEAK indicator lights up on intervals. This will ensure a greater dynamic range your audio.

34. SIG Indicator

This LED indicator will illuminate when a signal of the corresponding channel reaches -20dB, giving an indication of any signal being sent through to the input channel.

35. PFL button and Indicator

The PFL - or Pre-Fader Listen - button is pushed to allow the signal of a corresponding channel to be sent to the CTRL RM/PHONES control (prefader, post-EQ), for use with either headphones or studio monitors. This allows easier setting of the input gain and tracking of audio by sound engineers. The corresponding green LED will illuminate when PFL is activated.

36. Channel Level Control (Fader)

This control will alter the signal level that is sent from the corresponding channel to the main mixing bus.

37. Stereo Channel A/B Button

When this button is released, the corresponding stereo channel on the K-12 Plus, K-16 Plus and 1860 Plus's will receive its signal from the 1/4" inputs. However, when this button is pushed in, the stereo channel will receive the corresponding stereo RCA input's signal.

Digital Effect Processor

The K-12 Plus and K-16 Plus both supply you with two effect channels, where the 1860 provides only one.

38. Digital Effect Display

This 2-digital numeric display shows the program number that is currently applied to your EFX audio signal. When you rotate the Program control, you can scroll through different program numbers; however the display will revert back to the original program if a new program is not selected within a few seconds. For a list of available effects, please observe the Digital Effect Table in Appendix A.

39. Sig and Clip Indicators

Located within the Digital Effect Display are Clip and Sig LEDs. The Sig LED will light up when any signal is received by the effect processor, and the Clip LED will light up shortly before excessive signals are dynamically clipped. If the Clip LED lights up too often, it may be advisable to turn down the EFX master control to ensure the signal level is not excessive.

40. Program Control

This control is used to scroll through the various effects. Turning the control clockwise will allow users to ascend into higher program numbers, and turning it counter-clockwise will allow users to descend into lower program numbers. When turning to a new program, a small LED will flash until you push the program knob down – this will apply the effect. When a tap-delay effect is selected, pressing this control will allow users to select the tap-delay time.

By pushing the button several times, the effect processor interprets the time between last two pushes and remembers this as the delay time – until the button is pushed again. This is kept even after the power is turned off. When the tap delay effect is selected, a small LED (located between the two digit display) will flash within the digital effect display window at the selected intervals. To see the list of available programs, please check the Digital Effect Table in Appendix A.

41. Auxiliary Controls 1 and 2

These controls alter the level of audio that is being sent to the corresponding auxiliary mix from the corresponding Digital Effect Processor.

42. DSP Effect On Button and Indicator

This button is pushed to turn the corresponding effect panel on or off. When the effect processor is turned on, the corresponding LED illuminates.

43. Peak Indicator

This LED indicator will illuminate when the Digital Effect Processor overloads. It is best to adjust the EFX 1 and 2 controls on input channels so as to ensure the PEAK indicator does not light up. This will ensure a greater quality of audio.

44. PFL Button and Indicator

This PFL - or Pre-Fader Listen - button is pushed to allow the processed signal of the digital effect processor to be sent to the CTRL RM/PHONES control (pre-fader), for use with either headphones or studio monitors. This allows easier tracking of audio by sound engineers. The corresponding green LED will illuminate when PFL is activated.

45. DSP Effect Faders 1 and 2

Each of these controls adjusts the level of the audio to be sent from the corresponding Digital Effect Processor to the main mixing bus.

Master Section

46. Power Amp Control Switches

These switches control the activity and the strength of the power amp. Using the left switch can alternate between the different signals which can be processed by the built-in power amp and routed to the main speaker outputs on the rear of the device. This switch allows you to select from: Stereo, the final level of which is adjusted by the MAIN L/R fader; AUX 1/MONO, the final level of which is adjusted by the AUX 1 fader and MONO fader; AUX 1/AUX 2 outputs, the final level of which is adjusted by the AUX 1 and 2 faders, and; MONO BRIDGE, which is output via professional speaker output A only, and the volume of which is controlled by the MONO fader.

NB. When using a mono bridge connection, do not connect a speaker to either the 1/4" phone jacks, or the professional speaker jack B speaker connector, located on the rear of the mixer.

The amplification power can be changed using the right switch from 100 Watts for each channel, to 300 or 500 Watts per channel on the K-12 Plus and K-16 Plus only, the selection of which will depend on the size of a venue and the input capacity of the speakers you have chosen to use. This feature is not included in the Powerpod 1860 Plus.

47. Solid Phonic System (K-16 Plus only)

Using this switch (featured on the K-16 Plus only) will enable the user to give both the high and low frequencies of their sound a little boost to improve the overall robustness of the audio. There is no guarantee your sound will improve with the sPs activated, however, so it's probably desirable to audition the mixer's sound with this switch on and off, and decide which is better for your purposes.

48. Graphic Equalizer

This stereo 7 band graphic equalizer allows users to adjust the frequency response of a signal, with a maximum of 12 dB of boost or cut for each of the frequencies. The AUX 1 / L/R button alternates the use of the equalizer between the AUX 1 bus and MAIN L/R bus signals, accordingly. When L/R is selected, the equalizer is applied to not only both the main stereo signal (Main and Speaker outputs), but also to the mono signal. Pushing the on button in activates the equalizer, which is accompanied by an illuminated LED.

One feature, built into the Powerpod K-12 Plus and K-16 Plus's graphic equalizer, is a Feedback Detection System. The individual LEDs located on the sliding VR controls of the equalizer will illuminate when feedback occurs on that particular frequency band. By reducing the level of that frequency band you can quite effectively remove the feedback on that frequency; after which the LED will turn off. If the FBD button is pushed in, the feedback detection is active for the final AUX 1 signal, whereas if it is released, the feedback detection is active for the MAIN L-R signal. It is recommended that users switch the the AUX 1 / L/R button to the same setting as the FBD button, as to ensure simpler adjustment of frequencies that have produced feedback.

49. Stand-by Switch and Indicator

This switch enables and disables a mute of channels 1 through to 15/16 on the K-16 Plus, and channels 1 through to 11/12 on the K-12 Plus and 1860 Plus. This feature is handy in live performances, due to the fact that the Tape In and stereo AUX Returns are not muted when it is activated, allowing an audio signal from CD players or other input devices to be played during performance breaks, while still ensuring microphones fail to produce hideously sounding feedback (as opposed to feedback that actually sounds good, of course). Pushing of the stand-by switch is accompanied by an illuminated LED.

Priority Feed
Highest PFL
Medium AFL
Lowest MAIN	L/R

Priority of Control Room/Phones Feed

50. Phantom Power Switch

When this switch is in the on position it activates +48V of Phantom Power for channels 1 through to 8 on the K-12 Plus, and channels 1 through to 12 on the K-16 Plus, allowing condenser microphones to be used on these channels. Activation of Phantom Power is accompanied by an illuminated LED on these two models. On the Powerpod 1860 Plus, this switch has 3 positions, allowing users to activate phantom power for channels 1 through 8, channels 1 through 4 only, or no channels at all.

51. Stereo Return Controls

These controls are used to adjust the audio level that is received by the stereo return input jacks. They consist of 2 auxiliary level controls, for adjusting the level to be sent to the auxiliary mixing bus, and a level control, for adjusting levels to be sent to the main mixing bus.

The corresponding PFL (Pre-Fader Listen) buttons allow you to send the audio of the stereo return inputs directly to the CTRL RM/PHONES control, unaltered by any level controls. Activation of the PFL is accompanied by an illuminated LED.

52. Tape In Controls

This control is used to adjust the level of the Tape In input that will be sent to the main mix. The corresponding PFL (Pre

Fader Listen) button allows you to send the audio of the Tape In to the CTRL RM/PHONES control. In this instance, the Tape In Control in no way affects the signal sent to the PFL/AFL bus.

53. Zone 2 Controls

This control is used to adjust the level of the Zone 2 feed (duplicated from the MAIN L/R mix) that will be sent to the Zone 2 output. The corresponding AFL (After Fader Listen) button allows you to send the Zone 2 audio feed to the CTRL RM/PHONES control. Activation of the AFL is accompanied by an illuminated LED.

54. Control Room / Phones Control

This knob controls the level of the audio to be sent to the CTRL RM/

PHONES Output, located on the top panel of the K-12 Plus, K-16 Plus and 1860 mixers. Any PFL that is activated has priority over all other signals, and is able to run simultaneously with another PFL signal. If no PFL buttons are pushed down, then any AFL that is activated will be used instead (an AFL can also work simultaneously with other AFLs). Likewise, if neither a PFL nor an AFL is active, the MAIN L/R mix will be used.

55. Auxiliary 1 and 2 Controls (Faders)

These controls alter the audio level that will be sent to the AUX outputs, suitable for connecting to floor monitors, as well as external processing devices, if required. The corresponding AFL (After-Fader Listen) buttons allow you to send the audio of the auxiliary mixing bus to the CTRL RM/PHONES control, after being altered by the corresponding fader (ie. after-fader). Activation of the AFL is accompanied by an illuminated LED.

56. Mono Output Controls

The Mono Channel fader will adjust the final audio level that is to be sent to the Mono output jack. The corresponding AFL (After Fader Listen) button allows you to send the post-fader mono audio signal to the CTRL RM/PHONES control.

The corresponding Low Pass Filter controls, not featured on the 1860 Plus, are used to reduce unwanted high frequency sounds of the mono output at a rate of 18 dB per octave, for a clearer bass sound when using subwoofers. The switch turns the Low Pass Filter on and off, where the accompanying control adjusts the minimum cut frequency between 60 and 160 Hz.

60. Limiter Indicators

There are 2 limiters built-in the stereo power amplifier featured in the Powerpod K-12 Plus, K-16 Plus and 1860 Plus. The limiters are activated and the indicator will illuminate when the Power Amplifier's signal level becomes too high, warning the user of the possibility of overload. If this happens too often, ensure you to turn down the corresponding input level control for the Power Amplifier's source, as selected by the Power Amp Control switches, to a reasonable level.

61. Stereo Level Meter

This level meter offers a visual display of the stereo Main L/R output level. Each channel's 12-segment level meter consists of green, yellow and red colored LEDs, including a peak indicator, showing levels between -30dBu and +10dBu. When either a PFL or AFL is activated, the master level meter offers a visual display of the signal level of the PFL or AFL, monitored on the same aspects as the level meter normally would. See the Control Room / Phones section (54) for a little more information on PFLs and AFLs.

57. Master Level Control

This fader controls the final volume level of the Main L/R audio to be sent to the built-in power amplifier and respective outputs.

58. Power Indicator

The Power Indicator, located next to the PFL/AFL indicator, will light up when the power of the Powerpod K-12 Plus, K-16 Plus or 1860 Plus is on.

59. PFL/AFL Indicator

The PFL/AFL indicator on the top of this meter is bi-colored, and illuminates green when a PFL switch is active and red for an AFL. Due to the fact that any PFL has priority over any AFL, if both an AFL and PFL are activated, only the green PFL indicator will illuminated and processed by the CTRL RM/PHONES control area.

SPECIFICATIONS

	POWERPOD 1860 PLUS POWERPOD K12 PLUS POWERPOD K16 PLUS
POWER AMP, output power in Watts @THD<0.5%, 1KHz
Number of Power Channels 2 2 2
Limiters 2 2 2
8 ohms per Channel 260 330 330
4 ohms per Channel 400 500 500
8 ohms Bridge Mono 800 1000 1000
Inputs
Total Channels	10	10	10
Balanced Mono Mic/Line Channels	8 (XLR+ 1/4" TS)	8 (XLR+ 1/4" combo jacks)	12 (XLR+ 1/4" combo jacks)
Stereo Line Channels with mic preamp	2 (2 x 1/4" + 2 x RCA)	2 (2 x 1/4" + 2 x RCA)	2 (2 x 1/4" + 2 x RCA)
Stereo AUX Returns	2 2 2
2T Input	1 (2 x RCA jacks)	1 (2 x RCA jacks)	1 (2 x RCA jacks)
Outputs
Main L/R Stereo	2 x 1/4" TS, Unbal.	2 x 1/4" TS, Unbal.	2 x 1/4" TS, Unbal.
Main Mono	1/4" TS, Unbal.	1/4" TS, Unbal.	1/4" TS, Unbal.
ALT 3-4	-	-	-
Aux & Effect Sends	4 x 1/4" TS, Unbal.	4 x 1/4" TS, Unbal.	4 x 1/4" TS, Unbal.
Phones	1 1 1
Control RM or Zone 2 Output	2 x 1/4" TS, Unbal.	2 x 1/4" TS, Unbal.	2 x 1/4" TS, Unbal.
Rec Out	2x RCA jacks	2x RCA jacks	2x RCA jacks
Speaker Output	2 x Speakon & 4 x 1/4" TS	2 x Speakon & 4 x 1/4" TS	2 x Speakon & 4 x 1/4" TS
Channel Strips	10	10	10
Inserts	8 8	12
Aux Control	4 4 4
Pan/Balance Control	Yes	Yes	Yes
Channel On/Mute	Yes	Yes	Yes
Channel Solo/PFL with metering	Yes	Yes	Yes
LED Indicators	On, Peak, Signal, PFL	On, Peak, Signal, PFL	On, Peak, Signal, PFL
Volume Controls	60mm faders	60mm faders	60mm faders
Master Section
AUX Send Masters	2, 60mm fader	2, 60mm fader	2, 60mm fader
Effects Return to Monitor	Yes	Yes	Yes
Phones/control RM/Zone 2 level control	Yes	Yes	Yes
Control Room Mode	ST, PFL/AFL	ST, PFL/AFL	ST, PFL/AFL
Faders	EFX, AUX 1, AUX 2, Mono, Main L/R	EFX, AUX 1, AUX 2, Mono, Main L/R	EFX, AUX 1, AUX 2, Mono, Main L/R
Metering
Number of Channels	2 2 2
Segments	12	12	12
Phantom Power Supply	+48V DC	+48V DC	+48V DC
Switch	1 (Off, CH1-4 On, CH1-8 On)	Master	Master
Digital Effect Processor	100 EFX with tap delay & test tones	Dual 100 EFX with tap delay & test tones	Dual 100 EFX with tap delay & test tones
Parameter Control	-	-	-
Built-in Graphic EQ	Stereo 7-band	Stereo 7-band	Stereo 7-band
Center Frequency	63, 160, 400, 1K, 2.5K, 6.3K, 12K	63, 160, 400, 1K, 2.5K, 6.3K, 12K	63, 160, 400, 1K, 2.5K, 6.3K, 12K
Range	±12dB	±12dB	±12dB
THD
Power output, 1KHz, 20Hz to 20KHz	@200 Watts, 4 ohms <0.5%	@200 Watts, 4 ohms <0.5%	@200 Watts, 4 ohms <0.5%
Any output, 1KHz @ +14dBu, 20Hz to 20KHz, channel inputs	<0.3% <0.3% <0.3%
CMRR
1 KHz @ -60dBu, Gain at maximum 80 dB	80 dB 80 dB
Crosstalk
1KHz @ 0dBu, 20Hz to 20KHz bandwidth, channel in to main L/R outputs
Channel fader down, other channels at unity	<-63 dB<-63 dB<-63 dB
Channel muted, other channels at unity<-34 dB<-64 dB<-64 dB
Frequency Response (mic input to output)
20 Hz - 50Hz --	-
20Hz ~ 20KHz, line level o/p @ +4dBu into 600ohms	+0/-2 dB	+0/-2 dB	+0/-2 dB
20Hz ~ 20KHz, power amp o/p 1 watt into 8ohms	+0/-2 dB	+0/-2 dB	+0/-2 dB
Maximum Level
Mic Preamp Input	+10 dBu	+22 dBu	+10 dBu
All Other Inputs	+22 dBu	+22 dBu	+22 dBu
Unbalanced outputs	+22 dBu	+22 dBu	+22 dBu
Impedance
Mic In	5K ohms	5K ohms 5K ohms
Line In	50K ohms	50K ohms	50K ohms
All Other Inputs (except inserts)	10K ohms	10K ohms	10K ohms
RCA 2T Outputs	600 ohms	600 ohms	600 ohms
All Other Outputs	150 ohms	150 ohms	150 ohms
Equalization	3-band, ±15 dB	3-band, ±15 dB	3-band, ±15 dB
Low EQ	80 Hz 80 Hz 80 Hz
Mid EQ	2.5 KHz	Swept (100Hz - 8 kHz) on mono, 2.5k on stereo	Swept (100Hz - 8 kHz) on mono, 2.5k on stereo
Hi EQ	12 KHz	12 KHz 12 KHz
Low Cut Filter	75Hz (-18dB/oct)	75Hz (-18dB/oct)	75Hz (-18dB/oct)
Microphone Preamp E.I.N.
150 ohms terminated, max gain	<-122 dBm	<-122 dBm	<-122 dBm
Power Consumption (Average Maxi-mum)	400 Watts	400 Watts	400 Watts
Power Requirement	Switchable between 115VAC & 230VAC, 50/60 Hz	Switchable between 115VAC & 230VAC, 50/60 Hz	Switchable between 115VAC & 230VAC, 50/60 Hz
Dimensions (W x H x D)	483 x 142 x 466 mm(19.02"" x 5.59"" x 18.35")	483 x 142 x 466 mm(19.02"" x 5.59"" x 18.35")	583 x 142.6 x 466 mm(22.95"" x 5.61"" x 18.35")
Net Weight	14.3 kg (31.5 lbs)	13.6 kg (30 lbs)	15.51 kg (34.2 lbs)

NOTES

SERVICE AND REPAIR

For replacement parts, service and repairs please contact the Phonic distributor in your country. Phonic does not release service manuals to consumers, and advice users to not attempt any self repairs, as doing so voids all warranties. You can locate a dealer near you at http://www.phonic.com/where/.

WARRANTY INFORMATION

Phonic stands behind every product we make with a no-hassles warranty. Warranty coverage may be extended, depending on your region. Phonic Corporation warrants this product for a minimum of one year from the original date of purchase against defects in material and workmanship under use as instructed by the user's manual. Phonic, at its option, shall repair or replace the defective unit covered by this warranty. Please retain the dated sales receipt as evidence of the date of purchase. You will need it for any warranty service. No returns or repairs will be accepted without a proper RMA number (return merchandise authorization). In order to keep this warranty in effect, the product must have been handled and used as prescribed in the instructions accompanying this warranty. Any tampering of the product or attempts of self repair voids all warranty. This warranty does not cover any damage due to accident, misuse, abuse, or negligence. This warranty is valid only if the product was purchased new from an authorized Phonic dealer/distributor. For complete warranty policy information, please visit http://www.phonic.com/warranty/.

CUSTOMER SERVICE AND TECHNICAL SUPPORT

We encourage you to visit our online help at http://www.phonic.com/support/. There you can find answers to frequently asked questions, tech tips, driver downloads, returns instruction and other helpful information. We make every effort to answer your questions within one business day.

[e-mail]

http://www.phonic.com

PHONIC

Manual del Usuario

CONTENIDO

INTRODUCCIÓN....1

CARACTERÍSTICAS....1

Technical diagram of a mechanical component with labeled parts (S, T) and mounting holes, showing internal structure without any text or symbols.

There are potentially hundreds of ways to connect instruments and devices to the K-12 Plus, K-16 Plus and 1860 Plus Powered Mixers. It is advisable that you explore the functions and find the best setup possible for your needs, which may depend on what instruments you wish to connect, as well as how many external devices you wish to connect and your required monitoring applications. Combining the use of different instruments with the mixer's special functions (such as digital effect processing) will ensure that your audio sounds exactly the way you want it.

Adding External Parallel Devices

Agregando Dispositivos Externos Paralelos

graph TD
    A["PHONIC DFX256 DIGITAL EFFECT EFECTO DIGITAL"] --> B["POWER AMP INPUT"]
    A --> C["POWER AMP OUTPUT"]
    A --> D["POWER AMP"]
    B --> E["PHONIC GEQ3102F"]
    C --> F["GRAPHIC EQ EQ GRÁFICO"]
    D --> G["POWER AMP DE POTENCIA"]
    E --> H["PA SPEAKERS"]
    E --> I["PA ALTAVOCES"]
    F --> J["PHONIC XP3000"]
    G --> K["PA ALTAVOCES"]

Live Application

Aplicación en Vivo

graph TD
    A["FOH SPEAKERS ALTAVOCES FOH"] --> B["LEFT IZQUIERDO"]
    A --> C["RIGHT DERECHO"]
    A --> D["PHONIC CLUBX 15"]
    A --> E["Footswitch INTERRUPTOR DE PEDAL"]
    A --> F["CD PLAYER REPRODUCTOR DE CD"]
    A --> G["FLOOR MONITORS MONITORES DE PISO"]
    A --> H["PHONIC XP3100 POWER AMP W/ SUBWOOFER O/P"]
    A --> I["PHONIC XP3100 AMPLIFICADOR DE POTENCIA CON SUBWOOFER O/P"]
    A --> J["PHONIC XP2000 POWER AMP ENERGIA AMP"]
    A --> K["PHONIC GEQ1500 GRAPHIC EQ EQ GRAFICO"]
    A --> L["KEYBOARD TECLADO"]
    A --> M["PHONIC P8A ACTIVE MONITOR MONITOR ACTIVO"]
    A --> N["DRUM SET BATERIA"]
    A --> O["VOCAL MIC"]
    A --> P["PROCESSOR PROCESADOR"]
    A --> Q["GUITAR GUITARRA"]
    A --> R["BASS GUITAR GUITARRA DE BAJO"]
    A --> S["DB2 PHONIC PCL3200 COM/LIM"]
    A --> T["FOOTSWITCH INTERRUPTOR DE PEDAL"]

DIMENSIONS DIMENSIONES

Powerpod K-12 Plus and Powerpod 1860 Plus

Powerpod K-16 Plus

Guías de Conexiones Comunes Typical Connecting Leads

graph TD
    subgraph BALANCED
        A1["XL R-F"] --> B1["Tip"]
        A2["XL R-M"] --> B2["Ring"]
        A3["XLR-F"] --> B3["Sleeve"]
        A4["XLR-M"] --> B4["Tip"]
        A5["XLR-F"] --> B5["Sleeve"]
        A6["XLR-M"] --> B6["Tip"]
        A7["XLR-F"] --> B7["Sleeve"]
        A8["XLR-M"] --> B8["Tip"]
        A9["XLR-F"] --> B9["Sleeve"]
    end

    subgraph UNBALANCED
        A10["XL R-F"] --> B10["Tip"]
        A11["XLR-M"] --> B11["Sleeve"]
        A12["XLR-F"] --> B12["Sleeve"]
        A13["XLR-M"] --> B13["Tip"]
        A14["XLR-F"] --> B14["Sleeve"]
        A15["XLR-M"] --> B15["Tip"]
        A16["XLR-F"] --> B16["Sleeve"]
    end

    subgraph INSERT CORD
        A17["XL R-F"] --> B17["Sleeve"]
        A18["XLR-M"] --> B18["Sleeve"]
        A19["XLR-F"] --> B19["Sleeve"]
    end

    subgraph SPLEAKDON
        A20["XL R-F"] --> B20["Tip"]
        A21["XLR-M"] --> B21["Sleeve"]
        A22["XLR-F"] --> B22["Sleeve"]
        A23["XLR-M"] --> B23["Tip"]
        A24["XLR-F"] --> B24["Sleeve"]
        A25["XLR-M"] --> B25["Tip"]
        A26["XLR-F"] --> B26["Sleeve"]
    end

    subgraph HEADPHONE
        A27["XL R-F"] --> B27["Sleeve"]
        A28["XLR-M"] --> B28["Sleeve"]
        A29["XLR-F"] --> B29["Sleeve"]
        A30["XLR-M"] --> B30["Sleeve"]
    end

    subgraph UNBALANCED
        A31["XL R-F"] --> B31["Sleeve"]
        A32["XLR-M"] --> B32["Sleeve"]
        A33["XLR-F"] --> B33["Sleeve"]
        A34["XLR-M"] --> B34["Sleeve"]
    end

    subgraph SPLEAKDON
        A35["XL R-F"] --> B35["Sleeve"]
        A36["XLR-M"] --> B36["Sleeve"]
        A37["XLR-F"] --> B37["Sleeve"]
        A38["XLR-M"] --> B38["Sleeve"]
    end

    subgraph HEADPHONE
        A39["XL R-F"] --> B39["Sleeve"]
        A40["XLR-M"] --> B40["Sleeve"]
        A41["XLR-F"] --> B41["Sleeve"]
        A42["XLR-M"] --> B42["Sleeve"]
    end

    subgraph UNBALANCED
        A43["XL R-F"] --> B43["Sleeve"]
        A44["XLR-M"] --> B45["Sleeve"]
        A45["XLR-F"] --> B46["Sleeve"]
        A46["XLR-M"] --> B47["Sleeve"]
    end

    subgraph SPLEAKDON
        A48["XL R-F"] --> B48["Sleeve"]
        A49["XLR-M"] --> B49["Sleeve"]
        A50["XLR-F"] --> B50["Sleeve"]
        A51["XLR-M"] --> B51["Sleeve"]
    end

    subgraph HEADPHONE
        A52["XL R-F"] --> B52["Sleeve"]
        A53["XLR-M"] --> B54["Sleeve"]
        A54["XLR-F"] --> B55["Sleeve"]
        A56["XLR-M"] --> B56["Sleeve"]
    end

    subgraph UNBALANCED
        A57["XL R-F"] --> B57["Sleeve"]
        A58["XLR-M"] --> B58["Sleeve"]
        A59["XLR-F"] --> B59["Sleeve"]
    end

    subgraph SPLEAKDON
        A60["XL R-F"] --> B60["Sleeve"]
        A61["XLR-M"] --> B62["Sleeve"]
        A63["XLR-F"] --> B63["Sleeve"]
    end

    subgraph HEADPHONE
        A64["XL R-F"] --> B64["Sleeve"]
        A65["XLR-M"] --> B66["Sleeve"]
        A67["XLR-F"] --> B67["Sleeve"]
    end

    subgraph UNBALANCED
        A68["XL R-F"] --> B68["Sleeve"]
        A69["XLR-M"] --> B70["Sleeve"]
        A70["XLR-F"] --> B71["Sleeve"]
    end

    subgraph SPLEAKDON
        A72["XL R-F"] --> B72["Sleeve"]
        A73["XLR-M"] --> B74["Sleeve"]
        A75["XLR-F"] --> B75["Sleeve"]
    end

    subgraph HEADPHONE
        A76["XL R-F"] --> B76["Sleeve"]
        A77["XLR-M"] --> B78["Sleeve"]
        A79["XLR-F"] --> B79["Sleeve"]
    end

    subgraph UNBALANCED
        A79["XL R-F"] --> B79["Sleeve"]
        A80["XLR-M"] --> B80["Sleeve"]
        A81["XLR-F"] --> B81["Sleeve"]
    end

    subgraph SPLEAKDON
        A82["XL R-F"] --> B82["Sleeve"]
        A83["XLR-M"] --> B84["Sleeve"]
        A84["XLR-F"] --> B85["Sleeve"]
    end

    subgraph HEADPHONE
        A86["XL R-F"] --> B86["Sleeve"]
        A87["XLR-M"] --> B88["Sleeve"]
        A88["XLR-F"] --> B89["Sleeve"]
    end

    subgraph UNBALANCED
        A89["XL R-F"] --> B89["Sleeve"]
        A90["XLR-M"] --> B91["Sleeve"]
        A91["XLR-F"] --> B92["Sleeve"]
    end

    subgraph SPLEAKDON
        A93["XL R-F"] --> B93["Sleeve"]
        A94["XLR-M"] --> B95["Sleeve"]
        A96["XLR-F"] --> B96["Sleeve"]
    end

BLOCK DIAGRAM DIAGRAMA DE BLOQUE

Powerpod K-12 Plus

graph TD
    A["DC12V"] --> B["PHANTON POWER"]
    B --> C["+AV"]
    C --> D["SPARKS"]
    D --> E["INTERS"]
    E --> F["INTERMS"]
    F --> G["SINNATION"]
    G --> H["STANDARD CHTITLE"]
    H --> I["STANDARD CHTITLE"]
    I --> J["PERK"]
    J --> K["SIPLC"]
    K --> L["PEAK"]
    L --> M["STANDARD CHTITLE"]
    M --> N["STANDARD CHTITLE"]
    N --> O["PERK"]
    O --> P["SIPLC"]
    P --> Q["PEAK"]
    Q --> R["STANDARD CHTITLE"]
    R --> S["STANDARD CHTITLE"]
    S --> T["PERK"]
    T --> U["SIPLC"]
    U --> V["PEAK"]
    V --> W["STANDARD CHTITLE"]
    W --> X["STANDARD CHTITLE"]
    X --> Y["PERK"]
    Y --> Z["SIPLC"]
    Z --> AA["PEAK"]
    AA --> AB["STANDARD CHTITLE"]
    AB --> AC["STANDARD CHTITLE"]
    AC --> AD["PERK"]
    AD --> AE["SIPLC"]
    AE --> AF["PEAK"]
    AF --> AG["STANDARD CHTITLE"]
    AG --> AH["STANDARD CHTITLE"]
    AH --> AI["PERK"]
    AI --> AJ["SIPLC"]
    AJ --> AK["PEAK"]
    AK --> AL["STANDARD CHTITLE"]
    AL --> AM["STANDARD CHTITLE"]
    AM --> AN["PERK"]
    AN --> AO["SIPLC"]
    AO --> AP["PEAK"]
    AP --> AQ["STANDARD CHTITLE"]
    AQ --> AR["STANDARD CHTITLE"]
    AR --> AS["PERK"]
    AS --> AT["SIPLC"]
    AT --> AU["PEAK"]
    AU --> AV["STANDARD CHTITLE"]
    AV --> AW["STANDARD CHTITLE"]
    AW --> AX["PERK"]
    AX --> AY["SIPLC"]
    AY --> AZ["PEAK"]
    AZ --> BA["STANDARD CHTITLE"]
    BA --> BB["STANDARD CHTITLE"]
    BB --> BC["PERK"]
    BC --> BD["SIPLC"]
    BD --> BE["PEAK"]
    BE --> BF["STANDARD CHTITLE"]
    BF --> BG["STANDARD CHTITLE"]
    BG --> BH["PERK"]
    BH --> BI["SIPLC"]
    BI --> BJ["PEAK"]
    BJ --> BK["STANDARD CHTITLE"]
    BK --> BL["STANDARD CHTITLE"]
    BL --> BM["PERK"]
    BM --> BN["SIPLC"]
    BN --> BO["PEAK"]
    BO --> BP["STANDARD CHTITLE"]
    BP --> BQ["STANDARD CHTITLE"]

Powerpod K-16 Plus

graph TD
    A["DC12V"] --> B["POWER POWER"]
    B --> C["Power Input"]
    C --> D["Resistor"]
    D --> E["Switch"]
    E --> F["Control Unit"]
    F --> G["Load"]
    G --> H["Output"]
    H --> I["Motor Control"]
    I --> J["Maximal Power"]
    J --> K["Maximal Output"]
    K --> L["Ground"]
    L --> M["Power Supply"]
    M --> N["Power Mode"]
    N --> O["Line 10000 MHz"]
    O --> P["Power Source"]
    P --> Q["Power Mode"]
    Q --> R["Power Mode"]
    R --> S["Power Mode"]
    S --> T["Power Mode"]
    T --> U["Power Mode"]
    U --> V["Power Mode"]
    V --> W["Power Mode"]
    W --> X["Power Mode"]
    X --> Y["Power Mode"]
    Y --> Z["Power Mode"]
    Z --> AA["Power Mode"]
    AA --> AB["Power Mode"]
    AB --> AC["Power Mode"]
    AC --> AD["Power Mode"]
    AD --> AE["Power Mode"]
    AE --> AF["Power Mode"]
    AF --> AG["Power Mode"]
    AG --> AH["Power Mode"]
    AH --> AI["Power Mode"]
    AI --> AJ["Power Mode"]
    AJ --> AK["Power Mode"]
    AK --> AL["Power Mode"]
    AL --> AM["Power Mode"]
    AM --> AN["Power Mode"]
    AN --> AO["Power Mode"]
    AO --> AP["Power Mode"]
    AP --> AQ["Power Mode"]
    AQ --> AR["Power Mode"]
    AR --> AS["Power Mode"]
    AS --> AT["Power Mode"]
    AT --> AU["Power Mode"]
    AU --> AV["Power Mode"]
    AV --> AW["Power Mode"]
    AW --> AX["Power Mode"]
    AX --> AY["Power Mode"]
    AY --> AZ["Power Mode"]
    AZ --> BA["Power Mode"]
    BA --> BB["Power Mode"]
    BB --> BC["Power Mode"]
    BC --> BD["Power Mode"]
    BD --> BE["Power Mode"]
    BE --> BF["Power Mode"]
    BF --> BG["Power Mode"]
    BG --> BH["Power Mode"]
    BH --> BI["Power Mode"]
    BI --> BJ["Power Mode"]
    BJ --> BK["Power Mode"]
    BK --> BL["Power Mode"]
    BL --> BM["Power Mode"]
    BM --> BN["Power Mode"]
    BN --> BO["Power Mode"]
    BO --> BP["Power Mode"]
    BP --> BQ["Power Mode"]
    BQ --> BR["Power Mode"]
    BR --> BS["Power Mode"]
    BS --> BT["Power Mode"]
    BT --> BU["Power Mode"]
    BU --> BV["Power Mode"]
    BV --> BW["Power Mode"]
    BW --> BX["Power Mode"]
    BX --> BY["Power Mode"]
    BY --> BZ["Power Mode"]
    BZ --> CA["Power Mode"]
    CA --> CB["Power Mode"]
    CB --> CC["Power Mode"]
    CC --> CD["Power Mode"]
    CD --> CE["Power Mode"]
    CE --> CF["Power Mode"]
    CF --> CG["Power Mode"]
    CG --> CH["Power Mode"]
    CH --> CI["Power Mode"]
    CI --> CJ["Power Mode"]
    CJ --> CK["Power Mode"]

Powerpod 1860 Plus

graph TD
    A["电源输入"] --> B["开关1"]
    B --> C["开关2"]
    C --> D["开关3"]
    D --> E["开关4"]
    E --> F["开关5"]
    F --> G["开关6"]
    G --> H["开关7"]
    H --> I["开关8"]
    I --> J["开关9"]
    J --> K["开关10"]
    K --> L["开关11"]
    L --> M["开关12"]
    M --> N["开关13"]
    N --> O["开关14"]
    O --> P["开关15"]
    P --> Q["开关16"]
    Q --> R["开关17"]
    R --> S["开关18"]
    S --> T["开关19"]
    T --> U["开关20"]
    U --> V["开关21"]
    V --> W["开关22"]
    W --> X["开关23"]
    X --> Y["开关24"]
    Y --> Z["开关25"]
    Z --> AA["开关26"]
    AA --> AB["开关27"]
    AB --> AC["开关28"]
    AC --> AD["开关29"]
    AD --> AE["开关30"]
    AE --> AF["开关31"]
    AF --> AG["开关32"]
    AG --> AH["开关33"]
    AH --> AI["开关34"]
    AI --> AJ["开关35"]
    AJ --> AK["开关36"]
    AK --> AL["开关37"]
    AL --> AM["开关38"]
    AM --> AN["开关39"]
    AN --> AO["开关40"]
    AO --> AP["开关41"]
    AP --> AQ["开关42"]
    AQ --> AR["开关43"]
    AR --> AS["开关44"]
    AS --> AT["开关45"]
    AT --> AU["开关46"]
    AU --> AV["开关47"]
    AV --> AW["开关48"]
    AW --> AX["开关49"]
    AX --> AY["开关50"]
    AY --> AZ["开关51"]
    AZ --> BA["开关52"]
    BA --> BB["开关53"]
    BB --> BC["开关54"]
    BC --> BD["开关55"]
    BD --> BE["开关56"]
    BE --> BF["开关57"]
    BF --> BG["开关58"]
    BG --> BH["开关59"]
    BH --> BI["开关60"]
    BI --> BJ["开关61"]
    BJ --> BK["开关62"]
    BK --> BL["开关63"]
    BL --> BM["开关64"]
    BM --> BN["开关65"]
    BN --> BO["开关66"]
    BO --> BP["开关67"]
    BP --> BQ["开关68"]
    BQ --> BR["开关69"]
    BR --> BS["开关70"]
    BS --> BT["开关71"]
    BT --> BU["开关72"]
    BU --> BV["开关73"]
    BV --> BW["开关74"]
    BW --> BX["开关75"]
    BX --> BY["开关76"]
    BY --> BZ["开关77"]
    BZ --> CA["开关78"]
    CA --> CB["开关79"]
    CB --> CC["开关80"]
    CC --> CD["开关81"]
    CD --> CE["开关82"]
    CE --> CF["开关83"]
    CF --> CG["开关84"]
    CG --> CH["开关85"]
    CH --> CI["开关86"]
    CI --> CJ["开关87"]
    CJ --> CK["开关88"]
    CK --> CL["开关89"]
    CL --> CM["开关90"]
    CM --> CN["开关91"]
    CN --> CO["开关92"]
    CO --> CP["开关93"]
    CP --> CQ["开关94"]
    CQ --> CR["开关95"]
    CR --> CS["开关96"]
    CS --> CT["开关97"]
    CT --> CU["开关98"]
    CU --> CV["开关99"]
    CV --> CW["输出A1"]

NOTES

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