1. Product Overview

The ABB 07 EA 60 R1 (Article No. GJV3074350R1) is a KNX analog input module for reading 0–10V DC signals from sensors (temperature, humidity, pressure, light, etc.). It converts analog values to KNX telegrams for building automation.

Key Features

• 6 analog inputs (0–10V DC)

• KNX TP1 communication

• Configurable measurement ranges & functions

• DIN-rail mounting

• Suitable for: Temperature sensors, humidity sensors, light sensors, pressure sensors, potentiometers

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2. Safety Instructions

⚠️ Warnings:

• Disconnect KNX bus and analog input power before installation.

• Ensure external analog sensors are SELV (Safety Extra Low Voltage) compliant.

• Do not exceed 11V DC on analog inputs to avoid damage.

• Use appropriate cable types and follow local electrical regulations.

• Only qualified electricians/installers should perform installation.

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3. Installation Steps

3.1. Mounting

1. Mounting position: DIN rail (35 mm) in electrical cabinet.

2. Clearance: ≥ 10 mm above/below for heat dissipation.

3. Environment:

   • Temperature: -5°C to +45°C

   • Humidity: ≤ 93% (non-condensing)

4. Snap module onto DIN rail until it clicks into place.

3.2. Wiring Connections

Wiring Tips:

• Use shielded cables for analog signals.

• Ground shield at one end only (sensor side recommended).

• Keep KNX and analog cables separate to avoid interference.

• Max cable length: 50 m (for stable 0–10V signal).

3.3. Power Supply

• KNX bus power: 21–30V DC (standard KNX).

• Auxiliary 24V DC: Optional for powering connected sensors.

• Sensor power: Each input can supply ≤ 2 mA if configured as voltage source.

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4. ETS Configuration & Programming

4.1. Pre-requisites

• ETS software (version 5 or higher).

• ABB device database imported.

• KNX programming interface connected.

4.2. Parameter Settings (Key Functions)

Analog Input Configuration (per channel):

1. Measurement type:

   • Voltage (0–10V)

   • Resistance (potentiometer)

   • Temperature sensor (NTC/PTC)

   • Custom curve (via ETS table)

2. Scaling:

   • Map 0–10V input to physical values (e.g., 0V = 0°C, 10V = 50°C).

   • Set send threshold to reduce bus traffic (e.g., send only if change > 0.5V).

3. Filtering:

   • Adjust averaging time (1–60 seconds) for stable readings.

4. Function modes:

   • Standard mode: Send value cyclically/on change.

   • Window mode: Send only if value enters/leaves defined range.

   • Comparator mode: Activate binary output if threshold exceeded.

4.3. Group Address Assignment

• Assign group addresses for:

  • Measured value (2-byte float/integer)

  • Status/error flags

  • Configuration commands (e.g., recalibration)

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5. Commissioning & Testing

5.1. Step-by-Step Verification

5.2. Calibration

1. Use precise voltage source (multimeter verified).

2. In ETS, set offset/gain correction if readings deviate.

3. For sensors: apply known physical condition (e.g., ice bath for 0°C) and calibrate.

5.3. Functional Tests

• Cyclic sending: Confirm telegrams at set intervals.

• Threshold triggers: Change input past setpoint → telegram sent.

• Integration test: Verify linked actuators respond correctly (e.g., valve opens when temperature rises).

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6. Troubleshooting Guide

Factory Reset:
Press and hold programming button (5 sec) until LED flashes red/green.

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7. Technical Specifications