Turntide motor controllers are designed for several applications. The jumpers are used to configure the motor controller for a specific application.

Before connecting the controller to the Turntide motor, verify the controller configuration. Depending on the motor controller you are installing, locate the section that is relevant to you below.

Jumper Pins (P04, P05, and SL120 Motor Controllers)

Digital Input Mode jumpers

Determine the inputs the motor controller recognizes.

Universal Input (UI) jumpers

Define the connected device type.

Currently, UI1 and UI2 are used in applications with Supply and Return Air sensors.
Setting the respective jumpers across pins 1 & 2 configures the control to respond to the resistive load of the thermistor.

Screenshot_2023-05-03_at_11.28.54_AM.png

The Digital Input Mode jumpers determine the inputs the motor controller recognizes.

The most common configuration is a jumper across pins 1&2 and another across pins 5&6.
Pins 1&2 enable the MODBUS EOL resistor.
Pins 5&6 set the motor controller to respond to 24VAC inputs.

The Universal Input (UI) jumpers define the connected device type.

Currently UI3 and UI4 are used in applications with Supply and Return Air sensors.
Setting the respective jumpers across pins 1 & 2 configure the control to respond to the resistive load of the thermistor.

Important: Mode Input Selection must be jumpers 1&2 and 3&4 OR 1&2 and 5&6.

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To ensure the motor controller jumper pins are set correctly for an RTU installation, consult the following:

Motor Controller Jumper Pins (Image rotated 90 degrees)

P835C1T13#yIS1

SL120 Motor Controller Jumper Pins

Confirm J11 and J12 jumper bridges are set on pins 1&2.
Confirm J10 jumper bridges are set on pins 1&2 and 5&6.

P841C2T13#yIS1

P05 Motor Controller Jumper Pins

Confirm J5125 jumper bridges are set on pins 1&2.
Confirm J111 bridges are set on 1&2 and J96 bridges on pins 1&2 and 5&6.

SL121 Motor Controller Switches

User-Selectable Switches SL121

SW1 for Modbus Termination Resistor and Digital Input Mode

SW1 is used for both the Modbus Termination Resistor and Digital Input Mode settings selection. Digital or Discrete Inputs initiate a programmed response of the motor controller based on parameter settings.

UI1 to UI4

The Universal inputs define the connected device type. The Universal inputs may be configured in one of three modes (I, V, R) via DIP Switches.

Voltage (V): 0-10V (may be used to control the inverter directly or used to monitor CO2 or other sensors in HVAC systems)
Current (I): 0-20mA or 4-20mA (may be used for direct current loop control of the motor controller)
Resistive (R): Thermistor temperature sensors (may be used to monitor ambient air, return air, and supply air temperatures in HVAC systems)

SL121 Motor Controller User-Selectable Switch Options Usage & Example

Motor Controller Model	Modbus Termination Resistor Switch	Digital Input Mode Switch	Universal Input Mode Switches
			UI1	UI2	UI3	UI4
SL121	SW1	SW1	SW2	SW3	SW4	SW5

Modbus Termination Resistor Selection
Switch Position		Mode			Examples
Top LEFT position		Modbus termination resistor is enabled			Set if wiring to terminals D+/D is end of daisy chain.
Top RIGHT position		Modbus termination resistor is disabled
Digital Input Mode Selection
Switch Position		Mode			Examples
Bottom LEFT position		Enables digital inputs LOGIC or dry contact mode.			Set if DI1 through DI7 will be used to receive contact closures for control.
Bottom RIGHT position		Enables digital inputs 24VAC signaling mode.			Set if DI1 through DI7 will be used to receive 24VAC input signal from existing BMS or thermostat.
Universal Input Mode Selection
UI1 to UI4 DIP Switch ON		Mode			Examples
Caution: ONLY one switch position should be ON at a time; otherwise, may cause damage to the motor controller. R		Resistive/LOGIC: Returns resistance of connected element or ON/OFF if declared as resistive or LOGIC mode respectively.			Resistive: 2 wire 10K Ω thermistor LOGIC: Dry contact closure = ON Dry contact open = OFF
Caution: ONLY one switch position should be ON at a time; otherwise, may cause damage to the motor controller. V		Voltage: 0-10V signal ended voltage input.			3-wire device with external power source that provides 0-10V signal. (1 signal, 1 common, 1 power)
Caution: ONLY one switch position should be ON at a time; otherwise, may cause damage to the motor controller. I		Current: 0-20mA current input.			3-wire device with external power source that provides a 0-20mA signal. (1 signal, 1 common, 1 power)

P06 Motor Controller Switches

The Universal inputs define the connected device type. The Universal inputs may be configured in one of three modes (I, V, R) via DIP Switches.

Voltage (V): 0-10V (may be used to control the inverter directly or used to monitor CO2 or other sensors in HVAC systems)
Current (I): 0-20mA or 4-20mA (may be used for direct current loop control of the motor controller)
Resistive (R): Thermistor temperature sensors (may be used to monitor ambient air, return air, and supply air temperatures in HVAC systems)

Screenshot_2023-05-03_at_11.44.31_AM.png

SW7 for Modbus Termination Resistor and Digital Input Mode

SW7 is used for both the Modbus Termination Resistor and Digital Input mode settings selection. Digital or Discrete Inputs initiate a programmed response of the motor controller based on parameter settings.

The blue D+ D- cap is easily removed to improve access to SW7

Screenshot_2023-05-03_at_11.46.00_AM.png

P06 Motor Controller User-Selectable Switch Options Diagram

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P06 Motor Controller User-Selectable Switch Options Usage & Examples

P06 User-Selectable Switch Options

Motor Controller Model	Modbus Termination Resistor Switch	Digital Input Mode Switch	Universal Input Mode Switches
			UI1	UI2	UI3	UI4
P06	SW7	SW7	SW2	SW3	SW4	SW5

Modbus Termination Resistor Selection
Switch Position		Mode			Examples
Left DOWN position		Modbus termination resistor is enabled			Set if wiring to terminals D+/D is end of daisy chain.
Left UP position		Modbus termination resistor is disabled
Digital Input Mode Selection
Switch Position		Mode			Examples
Right DOWN position		Enables digital inputs LOGIC or dry contact mode.			Set if DI1 through DI7 will be used to receive contact closures for control.
Right UP position		Enables digital inputs 24VAC signaling mode.			Set if DI1 through DI7 will be used to receive 24VAC input signal from existing BMS or thermostat.
Universal Input Mode Selection
UI1 to UI4 DIP Switch ON		Mode			Examples
Caution: ONLY one switch position should be ON at a time; otherwise, may cause damage to the motor controller. R		Resistive/LOGIC: Returns resistance of connected element or ON/OFF if declared as resistive or LOGIC mode respectively.			Resistive: 2 wire 10K Ω thermistor LOGIC: Dry contact closure = ON Dry contact open = OFF
Caution: ONLY one switch position should be ON at a time; otherwise, may cause damage to the motor controller. V		Voltage: 0-10V signal ended voltage input.			3-wire device with external power source that provides 0-10V signal. (1 signal, 1 common, 1 power)
Caution: ONLY one switch position should be ON at a time; otherwise, may cause damage to the motor controller. I		Current: 0-20mA current input.			3-wire device with external power source that provides a 0-20mA signal. (1 signal, 1 common, 1 power)