HTML Source: https://www.macroseatech.com/technology/2011-controller/
Language: en

2011 / Smart main unit

# The 2011 control unit.

A removable controller connects the garment electrode zones to MBODY over Bluetooth. Review the hardware, connection and garment options for your EMS product.

[Contact sales](https://www.macroseatech.com/contact/?product=2011+controller+and+garment+system)

16 independent outputs · Bluetooth · USB C

[Image: Front of the 2011 controller with its power button and status indicator](https://www.macroseatech.com/assets/products/2011-details/controller.png)

2011 controller Front view

- **Controller capacity:** 16 independent outputs
- **Operating frequency:** 1 to 100 Hz
- **Charging connector:** USB C

01 / Hardware specifications

## The controller, in detail.

Use these figures to review the electronic side of the 2011 system. The garment layout is specified separately for each format.

[Download product resources](https://www.macroseatech.com/resources/downloads/)

- **Independent outputs:** 16
- **Operating frequency:** 1 to 100 Hz
- **Zone intensity setting:** 0 to 100%
- **Session timer:** 1 to 60 minutes
- **Maximum output power:** 3 W
- **Lithium battery:** 3.7 V / 2000 mAh
- **Charging connector:** USB C
- **App connection:** Bluetooth
- **App platforms:** iOS and Android

Housing and internal assembly. All six layers shown.

02 / Controller construction

## Inside the control unit.

The housing, internal assembly and garment connection, developed together for your EMS product.

1. 01
  ### Outer housing.
  The enclosure brings the power button, status indicator and internal assembly together.
2. 02
  ### Internal assembly.
  Control electronics and power components sit within a compact, removable unit.
3. 03
  ### Garment connection.
  The removable unit slides into a dedicated base on the garment.

[Contact sales](https://www.macroseatech.com/contact/?product=2011+controller+development) [View original drawing](https://www.macroseatech.com/assets/products/2011-details/controller-exploded.png)

[Image: The controller sliding down into the mounting base on the outer thigh of the suit](https://www.macroseatech.com/assets/products/2011-details/controller-installation.jpg)

**Mounting base on the outer thigh**Slide the controller down into the vertical base to connect. [View the mounting base](https://www.macroseatech.com/assets/products/2011-details/controller-mount-detail.png)

03 / Garment to app

## Slide into place. Connect to MBODY.

1. **Put on the garment**
  The garment places the electrode zones at the areas defined by its design.
2. **Connect the controller**
  On the full body suit, the base sits on the outer thigh. Slide the controller down into the mount.
3. **Open MBODY**
  Connect over Bluetooth, choose the program and adjust the zone settings in the app.

[Explore the MBODY app](https://www.macroseatech.com/technology/mbody-app/)

## One controller platform . Four garment formats .

Choose the garment coverage for your range, then review its electrode and channel layout alongside the controller specification.

04 / The connected garments

## Count the garment channels separately.

The controller has 16 independent outputs. The four 2011 garments below each have their own channel and electrode counts.

[Explore the complete 2011 collection](https://www.macroseatech.com/products/2011-ems-suits/)

[2011 full body suit worn by a model](https://www.macroseatech.com/products/2011-ems-suits/#full-body)

### Full body suit

Full body

- **Electrodes:** 20
- **Garment channels:** 10

[View garment](https://www.macroseatech.com/products/2011-ems-suits/#full-body)

[2011 training top worn by a model](https://www.macroseatech.com/products/2011-ems-suits/#training-top)

### Training top

Upper body

- **Electrodes:** 18
- **Garment channels:** 9

[View garment](https://www.macroseatech.com/products/2011-ems-suits/#training-top)

[2011 training shorts worn by a model](https://www.macroseatech.com/products/2011-ems-suits/#shorts)

### Training shorts

Lower body

- **Electrodes:** 10
- **Garment channels:** 5

[View garment](https://www.macroseatech.com/products/2011-ems-suits/#shorts)

[2011 long pants worn by a model](https://www.macroseatech.com/products/2011-ems-suits/#long-pants)

### Long pants

Lower body, including calves

- **Electrodes:** 12
- **Garment channels:** 6

[View garment](https://www.macroseatech.com/products/2011-ems-suits/#long-pants)

05 / Controller questions

## Before your hardware brief.

Connection, charging and the distinction between the controller and the garment.

**How does the controller connect to the garment?**

On the full body suit, the mounting base sits on the outer thigh. Slide the controller down into the vertical mount. It communicates with MBODY over Bluetooth.

**Why are there 16 controller outputs and 10 garment channels?**

These are separate specifications. The controller has 16 independent outputs. The full body garment has 20 electrodes across 10 garment channels. Each garment format has its own electrode and channel layout.

**What frequency does the 2011 controller support?**

The operating frequency range is 1 to 100 Hz.

**How is the controller charged?**

The 2011 controller uses a USB C charging connector and has a 3.7 V / 2000 mAh lithium battery.

**Which garments are in the 2011 family?**

The family includes a full body suit, training top, shorts and long pants. All four use the 2011 controller and MBODY app.

**Can I use a different controller family?**

No. The 2011, 902 and 2105C controller families are not interchangeable. Use the controller specified for the product.

**What should I send for a quotation?**

Send your company name, the garment or product you need, estimated quantity and customization requirements. Include your controller and app requirements in the same brief.

## Build the controller into your product brief.

Tell us the garment, estimated quantity and customization you need. Include the app experience you want to offer.

[Contact sales](https://www.macroseatech.com/contact/?product=2011+controller+and+garment+system)
