Evolution Technologies MK-125 manual Program & Bank Change Memory, Specifications, Appendix

Page 2

LED returns to normal. You can also use the “+” or “-” switch to change the value.

Note: * If there is no key action for 5 seconds, the LED will stop flashing and show the current PROGRAM CHANGE number.

*If the number you press is larger than 127, it will return to the previous PROGRAM CHANGE number.

*When the display is showing the current PROGRAM number, you can also use the +/- switch to change the program number without pressing the ‘PROGRAM’ switch.

9.Sending Bank MSB (Most Significant Bit) and LSB (Least Significant Bit) message

Allows you to send any value of MSB or LSB each from 0-127.

9-1 Press CHANNEL and PROGRAM switches simultaneously. The LED starts to flash showing the current value of LSB. Press the numeric keys to change the LSB value. If you enter 3 digits program number, the number will be sent immediately. If you enter 1 or 2 digit(s) program number, the number will be sent after the LED returns to normal. You can also use the “+” or “-” switch to change the value. Bank Select LSB, Bank Select MSB and Program Num- ber are sent together.

9-2 Press PROGRAM and MEMORY switches simultaneously. The LED starts to flash showing the current value of MSB. Press the numeric keys to change the MSB value. If you enter 3 digits program number, the number will be sent immediately. If you enter 1 or 2 digit(s) program number, the number will be sent after the LED returns to normal. You can also use the “+” or “-” switch to change the value. When MSB is sent only the MSB value is changed, but, as above, Bank Select LSB, Bank Select MSB and Program Number are sent again.

Note: * If there is no key action for 5 seconds, LED will return to show current PROGRAM CHANGE number.

*If the number you input is over 127, it will return to previous LSB or MSB.

10.PROGRAM & BANK CHANGE MEMORY

You can assign a selected PROGRAM CHANGE as well as a BANK LSB and a BANK MSB to one of six numeric keys (0-5). Simply pressing one of the numeric keys will then send the desired PROGRAM and BANK CHANGE.

10-1 Select the design PROGRAM CHANGE, BANK LSB and MSB. Please refer to relative chapter.

10-2 Press MEMORY switch, the LED will start to flash.

10-3 Press the numeric key (from 0-5) you wish to assign the setting to. Now, the current PROGRAM Number and BANK CHANGE setting is memorized on the selected numeric key.

11. Selecting a VELOCITY CURVE

The VELOCITY CURVEs determine the relationship between how hard the keys are struck and the corresponding velocity that the unit transmits.

This unit allows you to select from 12 VELOCITY CURVEs.

11-1 Simultaneously press WHEEL ASSIGN and CHANNEL switches, LED starts to flash showing the current number of VELOCITY CURVE.

11-2 Press one of the numeric keys (0-9) to select a VELOCITY CURVE. The 10 key numbers correspond to the 10 VELOCITY CURVEs as follows:

Load

 

Load

 

Load

 

Load

 

Load

 

Soft

 

Soft

 

Soft

 

Soft

 

Soft

 

Soft

H ard

Soft

Hard

Soft

Hard

Soft

Hard

Soft

H ard

Load

 

Load

 

Load

 

Load

 

Load

 

Soft

 

Soft

 

Soft

 

Soft

 

Soft

 

Soft

H ard

Soft

Hard

Soft

Hard

Soft

Hard

Soft

H ard

You can also use the “+” or “-” switch to change the number for all 12 VELOCITY CURVEs (including F1 and F2).

Load

 

Load

 

Soft

 

Soft

 

Soft

H ard

Soft

H ard

Note: If there is no key action after the LED starts to flash, the LED will return to show the current PROGRAM CHANGE number.

12. RESET-ALL CONTROLLERS (Reset AC)

This function allows you send RESET-ALL CONTROLLERS message to con- nected equipment.

12-1 Press MEMORY and X'POSER buttons simultaneously and hold for 2 sec- onds.

13. GENERAL MIDI MODE RESET (GM reset)

Allows you to send GENERAL MIDI MODE RESET message.

13-1 Press GM RESET button and hold for 2 seconds.

14. SPECIFICATIONS

1.

Keyboard

: 25 standard keys (Velocity sensitive)

2.

Control

:

Switches (WHEEL, MIDI CHANNEL, PROGRAM, MEMORY,

 

 

 

TRANSPOSER, OCTAVE, VEL CURVE, BANK LSB, BANK MSB,

 

 

 

RESET AC, GM RESET)

 

 

 

PITCH BEND WHEEL

 

 

 

MODULATION WHEEL

 

 

 

POWER SWITCH

 

 

 

Numerical Keys (0-9)

3.

Display

:

3 digit LED

4.

Jack

: DC IN (DC 9-12V), MIDI OUT, SUSTAIN

5.

Dimension

: 480 x 215 x 80mm (W) x (D) x (H)

6.

Weight

:

1.85 kg

Note : Specification are subject to change without prior notice.

APPENDIX

MIDI IMPLEMENTATION CHART

 

Function

Transmitted

Basic

: Default

1-16

Channel

: Changed

1-16

 

: Default

------------------------

Mode

: Messages

X

 

: Altered

*********************

Note

 

0-127

Number

: True Voice

*********************

Velocity

: Note ON

O

 

: Note OFF

X

After

: Key's

X

Pitch Bend

 

O

Control

0-95

O

Change

102-121

O

Program

 

0-127

Change

: True Number

*********************

System Exclusive

X

System

Song Position

X

: Song Select

X

Common

Tune

X

 

System

: Clock

X

Real Time

: Commands

X

Aux

: Local ON/OFF

X

Messages

: All Notes OFF

X

 

: Active Sense

O

 

: Reset

X

Notes:

 

Volume can be controlled by assigning

 

 

the Modulation Wheel.

MK2501

Image 2
Contents Wheel Assign Power SupplyPitch Bend Wheel TransposerAppendix SpecificationsProgram & Bank Change Memory

MK-125 specifications

The Evolution Technologies MK-125 is a groundbreaking piece of equipment engineered for efficiency and versatility in various industrial applications. It embodies the latest advancements in technology, making it a staple for businesses seeking to enhance productivity while reducing operational costs.

One of the standout features of the MK-125 is its modular design. This allows for easy customization and scalability depending on specific user requirements. Whether it’s being used in manufacturing, logistics, or even agricultural sectors, the MK-125's adaptable configuration makes it an excellent choice for diverse operational needs.

The machine is powered by a state-of-the-art energy management system, designed to optimize power consumption. This feature not only reduces electricity costs but also supports sustainability efforts by minimizing the carbon footprint. The MK-125 operates with an impressively low energy input while delivering high output performance, making it a smart investment for eco-conscious companies.

In terms of operational capabilities, the MK-125 incorporates advanced automation technology. Equipped with an intuitive user interface and AI-driven analytics, it enables operators to monitor processes in real-time and make data-driven decisions. This smart integration increases efficiency, reduces human error, and allows for swift adjustments to the workflow when necessary.

The MK-125 also features robust safety protocols. With multiple sensors and automatic shutoff capabilities in the event of irregularities, it prioritizes user safety without compromising performance. The durable construction materials further enhance its longevity, ensuring that the machine withstands rigorous daily operations.

Another key characteristic is its seamless connectivity options. The MK-125 supports various industrial IoT protocols, allowing for easy integration into existing systems. This connectivity facilitates comprehensive data collection and analysis, enabling businesses to leverage insights for continuous improvement.

Furthermore, the MK-125 is designed with ease of maintenance in mind. Thoughtful engineering ensures that upkeep tasks are straightforward, reducing downtime and maintenance costs for users.

In conclusion, the Evolution Technologies MK-125 stands as a technological marvel that brings together efficiency, safety, and adaptability. Its advanced features position it as a leading solution in the industrial landscape, allowing companies to thrive in an increasingly competitive environment.