BBQ Application UI Mockup

Business Boost for Qualification - IEC 60730-1 Certification Platform

1. Dashboard

The dashboard provides an overview of projects, recent activities, and quick access to common functions.

Welcome to BBQ

Your IEC 60730-1 certification assistant

Quick Actions
Create New Project
Import EDA File
Generate Report
View Rule Tables
Recent Projects
Project Name Product Last Modified Status Actions
Thermostat X200 Smart Thermostat 2025-06-09 Completed
Coffee Maker C100 Coffee Machine 2025-06-08 In Progress
Refrigerator R500 Smart Refrigerator 2025-06-05 Issues Found

2. Product Declaration Module

This module allows users to input all necessary product information according to IEC 60730-1 standards.

Product Declaration

Coffee Maker C100

General Information
Electrical Ratings
IEC Classification
Environmental Parameters
General Information

3. Expert Rules Engine & Decision Transparency

This module demonstrates how the system applies IEC 60730-1 rules and provides transparency in the decision process.

Creepage Distance Analysis

Coffee Maker C100 - Heating Element Control Circuit

Measurement Results
Location Working Voltage Pollution Degree Material Group Measured Value Required Value Result
PCB - L to N 240V 2 IIIa 3.5 mm 4.0 mm Fail
PCB - L to GND 240V 2 IIIa 4.2 mm 4.0 mm Pass
Decision Process Transparency

Explanation for PCB - L to N (Fail)

Table Lookup
Decision Tree
Standard Reference

Table 23 - Creepage distances (mm)

The system determined the required value by cross-referencing the working voltage with pollution degree and material group.

Working Voltage (V) Pollution Degree / Material Group
1 2/I 2/II 2/IIIa 2/IIIb 3/I 3/II 3/IIIa 3/IIIb
50 0.2 0.6 0.9 1.2 1.5 1.7 1.9 2.0 2.5
100 0.3 0.8 1.1 1.5 1.8 2.2 2.4 2.5 3.2
150 0.4 1.0 1.4 1.8 2.2 2.8 3.0 3.2 4.0
200 < V ≤ 250 0.6 1.3 1.8 4.0 3.0 3.6 3.8 4.0 5.0

Decision Process

1
Input Parameters: Working Voltage = 240V, Pollution Degree = 2, Material Group = IIIa
2
Table Lookup: For 200 < V ≤ 250, PD2/MGIIIa, the required value is 4.0 mm
3
Comparison: Measured value (3.5 mm) < Required value (4.0 mm)
4
Result: FAIL - The measured creepage distance does not meet the minimum requirement

Recommendation

Increase the creepage distance between Line and Neutral on the PCB to at least 4.0 mm by:

  • Redesigning the PCB layout with increased spacing
  • Adding physical barriers or slots between conductors
  • Using higher CTI material (Material Group I or II)

4. EDA Integration & Smart Analysis

This module showcases the system's ability to process and analyze electronic design files, PDFs, and images.

EDA Integration

Coffee Maker C100 - Main Control Board

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Analysis
Scale: 100%
AC Input
240V
EMI Filter
Bridge
Rectifier
Isolation
Transformer
Optocouplers
BLDC
Motor
DC Bus
Capacitors
MCU
BLDC
Driver IC
MOSFET 1
MOSFET 2
MOSFET 3
HR: Primary-Secondary Isolation
MR: High Voltage Input
LR: Low Voltage Control Circuit

Insulation Types:

High Risk Medium Risk Low Risk
Safety Issues Detected
Component Issue Type Description Severity Actions
C1 Insulation Capacitor C1 is too close to high voltage traces High
PCB - J3 Creepage Insufficient creepage distance at connector J3 Medium

5. File Upload & Processing

This module shows the interface for uploading and processing various file types.

File Upload

Coffee Maker C100

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Drag & Drop Files Here

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Supported formats: EDA files, PDFs, Images

Upload Queue
File Name Type Size Status Actions
main_board.json EDA File 1.2 MB
75%
schematic.pdf PDF 3.5 MB Complete

6. Report Generation

This module demonstrates the automatic generation of certification reports based on analysis results.

Generate Report

Coffee Maker C100

Report Configuration
Report Preview

IEC 60730-1 Test Report Form

1. General Information

Product Name: Coffee Maker C100

Manufacturer: Coffee Tech Inc.

Test Laboratory: BBQ Certification Lab

Test Date: 2025-06-10

2. Electrical Ratings

Rated Voltage: 220-240V~

Rated Frequency: 50/60Hz

Rated Power: 1500W

3. Insulation Analysis
Test Point Required Measured Result
Basic Insulation 4.0 mm 4.2 mm Pass
Reinforced Insulation 8.0 mm 8.5 mm Pass