PRODUCT DATA SHEET
The Honeywell Input / Output module gives you the option to connect wired products. It will help to connect existing products to the Honeywell RF world.
No need to change over all your products at once.
APPLICATION
The Input / Output module is a device to transform RF signals to a wired output signal or transform digital inputs signals to RF. The output of the platform is a 0-10 VDC signal, normally used to control a ventilation box. You can bind e.g. a wireless sensor to this product which converts the wireless sensor information into a 0-10 VDC wired signal.
On the input you can connect e.g. an existing wired product in your program. Then this signal (open or close) will be transformed in a wireless Honeywell RF signal.
OTHER PLATFORM PRODUCTS
For residential ventilation
Heat recovery controller PCB - VMD
- To integrate in a Heat recovery unit. It supports many different configurations and can be wireless or wired connected to other products.
Mechanical extraction controller PCB - VMC
- To integrate in a single fan system for control of the fan wired or wireless.
Passive Infra-Red motion detector - PIR
- To complete the ventilation solution with motion detection RS485 to RF interface - BRDG
- Connect your RS485 product/building control system to the wireless world. Support of many RF products for heating and ventilation
Ethernet to RF interface - BRDG
- Connect the wireless ventilation and heating world to the
out-INPUT/OUTPUT MODULE
CONVERT INPUTS AND OUTPUTS TO WIRELESS
FEATURES
• RF to 0-10 VDC out, analogue or PWM • Maximal 3 digital inputs to RF
• RF communication with other equipment • Wireless for easy installation.
• Capacitive button for binding • 1 two color LED for status indication • 230 VAC or 24 VDC powered
VMC INPUT/OUTPUT MODULE – CONVERT INPUTS AND OUTPUTS TO WIRELESS
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TECHNICAL DETAILS
MaterialCasing front and back: ABS plastics Size
100 x 100 x 30 mm (b x h x d) Power supply
230 VAC~ 50Hz or 24 VDC Max. power consumption 2W Communication
Honeywell 868 MHz RF protocol. Multipoint bi directional communication Environmental conditions
Temperature: - in operation: 4…40°C. - transportation: -20…55°C. Relative humidity 230V/24 VDC powered: 5…90% non-condensing
User Interface Capacitive button: 1
bicolor LED: Red/Green Mounting
On wall (over a flush mounted box) Certifications
ETSI EN 300 220-1:
- Electromagnetic compatibility and Radio spectrum Matters (ERM);
- Short Range Devices (SRD);
- Radio equipment to be used in the 25 MHz to 1000 MHz frequency range with power levels ranging up to 500 mW; - Part 1: Technical characteristics and test methods
EN61000-6-3:2007 emission standard, residential, commercial and light industry.
EN61000-6-1:2007 immunity standard, residential, commercial and light industry.
NEN-EN 60730-1:2012
“Automatic electrical controls for household and similar use Part 1: general requirements”.
RohS and WEEE compliant
Input specifications
Digital in: 3.3 VDC 3.3mA (optional up to 20 VDC 0.3 mA)
Output specifications
Output: 0-10 VDC analogue or PWM
Description
- The three colour (red/green/orange) LED can be used to indicate the current value of the sensor.
- 5 indication LED’s indicates current mode of sensor. The function of the 5 LED’s can be defined by customer. - During installation the capacitive button is used to bind the
RF with another device.
- For the end-user it can be used to set the current ventilation operation.
See chapter “Typical Application” for an example of LED’s configuration.
OVERVIEW BACK
Description- Mounting holes. The mounting holes are used to screw the sensor module on the wall or onto a flush mounted box. - 230 VAC bottom entry for separate cable. In case you want
to mount a 230 VAC cable with plug to the sensor box then this break-out entrance must be used. Inside the casing there is strain relief for this cable.
- I /O bottom entry for separate cable. In case you want to mount a cable to the box then this break-out entrance must be used.
- 230 VAC and I/O in for flush mount. This entrance will be used if you screw the sensor module on a flush mounted box. It fits most European flush mounted wall boxes (except UK and Italy)
OVERVIEW INSIDE
Description- Mounting holes. The mounting holes are used to screw the module on the wall or onto a flush mounted box.
- Screw terminal 230 VAC. The 230 VAC wires will be connected here
- Screw terminal I/O. The I/O wires will be connected here. - There is a cable entrance on the back for 230 VAC and I/O
connection for mounting on a flush mounted box.
Capacitive button
230 VAC in and I/O in
for separate cable(s) 230 VAC in and I/O in for flush mount box Mounting holes
VMC INPUT/OUTPUT MODULE – CONVERT INPUTS AND OUTPUTS TO WIRELESS
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CUSTOMIZABLE OPTIONS
For a customer there are several options to customize. The greater deviation from the platform defaults the greater the investment costs and impact on product pricing.
Casing: - Color - Printing on casing - Front design - Back design Software
- In principle most software functionality can be defined by customer e.g. LED functionality, capacitive button functionality.
Casing PCB Software
Level 1 Color, Printing on casting casting … On customer spec Level 2 Printing on casting … … Level 3 … … …
TYPICAL APPLICATION
As control for an MEV / MHVR box.- The Input / Output module will be connected to the 0-10 VDC input of the MEV / MHVR. And on the RF side you can bind wireless products e.g. a CO2 sensor.
- The CO2 sensor measures the CO2 level in the room.
- Based on the CO2 level the CO2 sensor sends out a signal via RF to the Input / Output module.
- The Input / Output module converts this CO2 level in a voltage between the 0 and 10 VDC depending on the CO2 level. The MEV / MHVR uses this 0-10 VDC signal to speed up or down the fans.
- A digital input could be used to indicate an error coming from the MEV / MHVR. The output error of the MEV / MHVR control PCB can be connected to the input of this module. And a signal can be sent to all RF products connected to indicate error by an LED.
- Capacitive button will be used to bind RF. - LED’s can indicate a certain state. As an input module for wired sensor or switch.
- A wired potential free sensor or switch will be connected to the input of this module.
- This module will recognize if the input is closed or open. - The module will sent a RF signal that the contact is closed or
