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Signal

Type

Direction

Range

Description

AnIn_Updated

BOOL

Input

——

True when the DigIn, AnIn and Volt signals are refreshed.

Freq_Updated

BOOL

Input

——

True when the Freq signal is refreshed.

Inputs – Analog Inputs

The status of analog inputs on the connectors and pins C1p11 and C1p12 is described.

Signal

Type

Direction

Range

Description

Pin _AnIn

Bus

——

——

AnIn

U16

Input

0 – 32767

Analog input AD count.
Due to CAN message optimization, this value is approximated by scaling the Volt or
Ohm signals.

Volt

U16

Input

0 – 5753

Analog input voltage.
Only valid when PinConfig = 0.
Volt signal is 0 when PinConfig = 1.
100 is 100 mV.

Ohm

Input

0 – 65535

Analog input resistance.
Only valid when PinConfig = 1.
Ohm signal is 0 when PinConfig = 0.
100 is 100 Ω.

Config

Bus

——

——

PinConfig U16

Output

0 – 1

Determines if the pin reads the input voltage or resistance.
0: Voltage Input
1: Resistance Input

Updated

BOOL

Input

——

True when the AnIn and Volt or Ohm signals are refreshed.

Inputs – CAN

Diagnostic and status information about CAN communications with the I/O module is described.

The signals appear in both the Input and Output buses.

Signal

Type

Direction

Range

Description

CAN

Bus

——

——

CommStatus U16

Input

1 – 8, 255

Current status of communication with the I/O module.
0: CAN message transmission is disabled.
1: Protocol Version request is being sent to the I/O module.
2: Waiting for protocol version and hardware information response.
3: The function block is sending all stored parameters to the I/O module.
4: The function block is sending all volatile parameters to the I/O module.
5: CRC request is being sent to the I/O module.
6: Waiting for CRC response.
7: The I/O module is properly configured and in the normal operational state.
8: The function block’s output pin configurations have changed. The new
configurations are being transmitted to the I/O module. Outputs are disabled.
9 – 254: Undefined.
255: Incompatible protocol or hardware. Communication to the I/O module is
stopped.

Configured BOOL

Input

——

True when communication is established.

Incompat_HW BOOL

Input

——

The responding hardware does not match the I/O module application layer part
number expected by the function block. No more messages are sent to the I/O
module.

User Manual

PLUS+1® Compliant IX012-010 Function Block

IX012-010 Function Block

 

©

 Danfoss | July 2018

11063398 | AQ00000107en-US0101 | 7

Summary of Contents for IX012-010

Page 1: ...User Manual PLUS 1 Compliant IX012 010 Function Block www danfoss com...

Page 2: ...Revision history Table of revisions Date Changed Rev July 2018 Rebranding 0101 June 2009 AA User Manual PLUS 1 Compliant IX012 010 Function Block 2 Danfoss July 2018 11063398 AQ00000107en US0101...

Page 3: ...s and Signal Overview 8 Configuring Communications 9 Variable Addressing Mode 9 Predefined Addressing Mode 9 Fixed Addressing Mode 9 Volatile Parameters 9 Non Volatile Parameters 10 Timing Configurati...

Page 4: ...e The CAN messages use 11 bit identifiers in this mode 2 Fixed ID addressing mode The I O module Tx and Rx message identifiers are determined directly by setting Tx ID and Rx ID The CAN messages use e...

Page 5: ...ines how often the Power Sensor Power and CAN Shield input values are transmitted from the I O module 1000 is 1 ms RepTime_DigAn_In U16 0 65535 Determines how often the DigIn and AnIn values are trans...

Page 6: ...h Supply Voltage The internal Pull Up resistor is connected to an internal 5 V The internal Pull Down resistor is connected to Ground PinConfig1 U16 Output 0 3 Sets the maximum input voltage to allow...

Page 7: ...ear in both the Input and Output buses Signal Type Direction Range Description CAN Bus CommStatus U16 Input 1 8 255 Current status of communication with the I O module 0 CAN message transmission is di...

Page 8: ...on block requires I O module hardware using protocol version 2 00 to 2 99 ProtocolVersion U16 Input 0 65535 I O communication protocol version used by the I O module hardware 200 is version 2 00 Conne...

Page 9: ...module In this mode the I O module reads the N1 value stored in non volatile memory EEPROM Because the function block and the I O module use different default addressing modes as long as the N1 value...

Page 10: ...ion on a CAN bus Use the PLUS 1 CG150 USB CAN gateway and CANKing software to view CAN bus loads PLUS 1 I O modules communicate with their associated controllers over a CAN bus System developers can a...

Page 11: ...nfigured but a second I O module has a similar configuration Review configuration and make changes to the other I O modules Incompat_Protocl is true The firmware on the I O module uses a version of th...

Page 12: ...lutions ApS Nordborgvej 81 DK 6430 Nordborg Denmark Phone 45 7488 2222 Danfoss Power Solutions US Company 2800 East 13th Street Ames IA 50010 USA Phone 1 515 239 6000 Danfoss Power Solutions Trading S...

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