Innotech InnTOUCH User manual

Models:

ISS01 – innTOUCH Smart Sensor

ISS02 – innTOUCH Smart Sensor with Real Time Clock (RTC)

ISS03 – innTOUCH Smart Sensor with Universal Inputs (UI)

ISS04 – innTOUCH Smart Sensor with RTC and UI

Overview

The Innotech innTOUCH Smart Sensor is a wall mounted remote

Human Machine Interface (HMI) panel that provides a user interface

for supported Innotech MiniMAX, VAVMax, MicroMAX, Omni C20x and

Omni C40x controllers.

The innTOUCH Smart Sensor has a single communications channel,

with data transfer occurring through the power supply interface.

Power and communication are provided through the 2-way

Combicon connector.

One innTOUCH Smart Sensor can interface with a supported

controller. All data points on the innTOUCH Smart Sensor are

updated at the same rate as the controllers.

DS 13.05

October 2018

innTOUCH Smart Sensor

Applications

The innTOUCH Smart Sensor extends the capabilities of the

supported controllers. innTOUCH provides an easy to read visual

display of control values, and allows modifications to certain

parameters using the intuitive LCD and push button interface.

• Provides a HMI for the controller to which it is connected

• Immediate access for programming parameters

Features

• Icon based backlit Liquid Crystal Display (LCD)

• Modern, attractive enclosure design

• Four universal inputs (optional)

• One integrated thermistor input

• Real Time Clock (optional)

• Push button interface

• Direct interface with the MM01C, MM02C, VM01C, UM01C, OMC20,

OMC20D, OMC40 and OMC40D controllers

• Two wire single twisted pair, shielded or unshielded connection

from controller provides both comms and power

• Wall mounted device

Model designations

Thermistor Input Universal Inputs Real Time Clock

ISS01 — —

ISS02 —

ISS03   —

ISS04   

Installation / Wiring

The innTOUCH Smart Sensor should be installed in an environment

that does not exceed the maximum operating parameters of the

device. It should be mounted in a clean and dry environment free of

vibration, and properly ventilated.

The cable providing both power and communication must be 2 core

shielded twisted pair cable. Polarity (+/–) MUST be observed when

connecting power.

The recommended cable length is maximum 30 metres. The cable

should not be run in parallel with conductors carrying high current.

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DS 13.05 - ISS0x - innTOUCH Smart Sensor

October 2018

innTOUCH Parameters

The innTOUCH parameters can be accessed and programmed by

simultaneously pressing and holding the Power, Le Button, and

Right Button. You must use the Le Button button to exit and

return to the home screen in order to save any parameter changes to

memory. You can also modify multiple parameters before returning

to the home screen to save your changes.

Parameter 1: Sensor Calibration Value

The actual sensor temperature reading will be displayed. Use the Up

and Down buttons to enter an oset to the sensor reading.

P1 note: Only the integrated temperature sensor can be calibrated

from the wall unit. All other inputs can only be calibrated by the

configuration loaded on the controller.

Specifications

POWER SUPPLY REQUIREMENTS

Power input Powered by connected controller

This is a Safety Extra Low Voltage (SELV) of 5–12VDC. The power is

connected by the 2 way Combicon plug used for communications.

Polarity (+/–) MUST be observed when connecting power.

ENVIRONMENTAL

Operating Temperature 0 to 40°C non-condensing

Storage Temperature 0 to 50°C non-condensing

BATTERY - ISS02 & ISS04 Only

Contains Lithium Type Battery, Dispose of Properly.

(In accordance with local regulations).

Type CR-2032 Lithium

Nominal voltage 3 Volts

Shelf life 5 Years, depending on ambient

temperature

Caution: Risk of explosion if battery is replaced by an incorrect type.

ENCLOSURE

Designed to maximise airflow to the integrated thermistor. Can be

mounted with a standard vertical C-Clip, or in a standard wall enclosure.

Colour White/Grey

Dimensions (Maximum) (W)70mm x (H)121mm x (D)41mm

APPROVALS

EN61326-1:2013 for CE & RCM Labelling

Title 47 CFR, Part 15 Class A for FCC Marking

UL & C-UL listed to UL916, File Number E242628

INPUTS / OUTPUTS - ISS03 & ISS04 ONLY

4 physical inputs (optional) configured with soware as shown below:

Input Type Input Range Output Range

Dry Digital Input Open or Closed ON or OFF

Thermistor Input 96 k Ω – 677 Ω -20 ° C to 100°C

1 integrated thermistor input scalable for °F

Parameter 2: Default Set Point

The factory default set point is 22.5°C, or Fahrenheit equivalent.

P2 note: A compatible MAXIM controller will use the default value

stored in the Set Point Net Input block until innTOUCH has been

correctly detected and configured.

Parameter 3: Set Point Minimum Value

The minimum value for the set point. Factory default is 15°C or

Fahrenheit equivalent.

Parameter 4: Set Point Maximum Value

The maximum value for the set point. Factory default value is 30°C

or Fahrenheit equivalent.

Parameter 5: Set Primary Display Mode

This parameter determines what is displayed on the primary home

screen. The options are Temperature [Factory Default], Set Point

(SP), Auxiliary value (AVAL), Time or Date.

Parameter 6: Set Secondary Display Mode

This parameter determines what is displayed on the secondary

home screen (small field at the bottom of the screen). The options

are Temperature, Set Point (SP), Auxiliary value (AVAL), Time [Factory

Default] or Date.

Parameter 7: Set Temperature Display Units

Determines whether the temperature is displayed in Celsius [Factory

Default] or Fahrenheit.

P7 note: All temperature values will be processed using Celsius and

converted to Fahrenheit if P7 is set to display Fahrenheit.

Parameter 8: Set Primary Auxiliary Value Units

Determines how the Auxiliary value is displayed on the primary

display, if selected. The options are Temperature [Factory Default],

kW, kWh or nothing.

Parameter 9: Set Secondary Auxiliary Value Units

Determines how the Auxiliary value is displayed on the secondary

display, if selected. The options are Temperature, ppm, %, %Rh or

nothing [Factory Default].

Parameter 10: Minimum Scaling Factor for Auxiliary Value

This is the minimum scaling value for the Auxiliary Value output.

Factory default is -20.

Parameter 11: Maximum Scaling Factor for Auxiliary Value

This is the maximum scaling value for the Auxiliary Value output.

Factory default is 100.

Parameter 12: Fan Speed or AC Mode

This parameter sets the operating mode for innTOUCH.

• AHC When selected, the operator may change the

operating mode using the Right Button. Auto,

Heat, Cool or Vent can be selected.

• FAN Fan speed can be adjusted with the Le Button.

Auto, Heat, Cool and Vent mode is automatically

controlled.

• NONE Fan speed cannot be adjusted and Auto

operation is selected. The Le and Right

buttons are not used. [Factory Default]

The Factory Default parameters shown on this page are for the

latest default firmware. Please contact Innotech or your local

distributor for details on other Firmware Versions.

Page 3

DS 13.05 - ISS0x - innTOUCH Smart Sensor

October 2018

innTOUCH Menu Structure

Below is the menu structure of the innTOUCH Smart Sensor.

OFF

SET

Rhppm

kWh

Programming innTOUCH

Accessing the Programming Menu

With the device ON, from the default screen press and hold the

Centre Button for 3 seconds.

OFF

SET

Rhppm

kWh

Adjust Time and Date

Press . Press .Adjust START day.

Press .

Adjust START month.

Press .

Adjust STOP month.

Press .

Go to Edit menu of

schedule.

Press .

Go to Delete menu

of schedule.

Press .

Adjust START time.

Press .

Adjust STOP time.

Press .

Select schedule.

Press .

Select schedule.

Press .

Adjust STOP day.

Press .

Edit as necessary.

Press .

Add Yearly Schedule

Add Weekly Schedule

Edit Schedules

Delete Schedules

Press from

CLOCK menu.

Adjust hour.

Press .

Adjust minutes.

Press .

Adjust DAY.

Press .

Adjust MONTH.

Press .

OFF

SET

Rhppm

kWh

OFF MONTH

Rhppm

kWh

STOP

OFF DAY MONTH

ON START

Rhppm

kWh

OFF DAY MONTH

Rhppm

kWh

STOP

OFF MONTH

ON START

Rhppm

kWh

OFF MONTH

Rhppm

kWh

STOP

Press . Press

twice.

Press Select On or O.

Press .

Adjust start

occurrence.

Press .

Adjust stop

occurrence. Press

Adjust start day.

Press .

Adjust stop day.

Press .

Adjust START

month. Press .

Adjust stop month.

Press .

Configure Daylight Savings Time (if supported)

Press . Press .Adjust day.

Press .

Adjust START hour.

Press .

Adjust START mins.

Press .

Adjust STOP hour.

Press .

Adjust STOP mins.

Press to save.

Select On or O.

Press to save.

•ThescheduleblockmustexistinMAXIMconfiguration.

•ThisfunctionisnotcompatiblewithOmni.

•ThescheduleblockmustexistinMAXIMconfiguration.

•ThisfunctionisnotcompatiblewithOmni.

•ThescheduleblockmustexistinMAXIMconfiguration.

•ThisfunctionisnotcompatiblewithOmni.

•ThescheduleblockmustexistinMAXIMconfiguration.

•ThisfunctionisnotcompatiblewithOmni.

Set Parameters

Year

Delete

Edit

Add

Information

Firmware

Model

Week

Edit

Copy

Add

Delete

DL Savings

Date

Time

Clock

OFF

Rhppm

kWh

Press .

OFF

SET

Rhppm

kWh

Press from

CLOCK menu.

Press and press

at date screen.

Adjust year.

Press .

Page 4

DS 13.05 - ISS0x - innTOUCH Smart Sensor

October 2018

FCC Class A Notice

This device complies with Part 15 of the FCC Rules. Operation is subject to the following two conditions:

1. This device may not cause harmful interference.

2. This device must accept any interference received, including interference that may cause undesired operation.

Note – This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide

reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses and can radiate radio frequency

energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications.

Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at their own expense.