Service manual

3
45 A/D Converter Configuration (General Information)
45 Notes on A/D Converter Configuration
46 Descriptions of the Individual Menu Items
47 Selecting the Weighing Range Structure
(Menu Item 11-3)
55 Menu Item 9-1: A/D Converter Configuration (Example:
Trade Configuration)
56 Menu Item 9-1: A/D Converter Configuration with Load
Cell(s) Connected
(Example: Standard Configuration)
60 Menu Item 1-19: Entering the Specifications of the Load
Cell(s)
62 Entering the Date of Service
63 Entering the Serial Number of the Complete Combics
Scale (or Indicator)
65 Entering the Model Designation of the Complete Combics
Scale (or Indicator)
66 Defining Transaction Numbers for Data Records (Weight
Values) which were stored in the Alibi Memory
Repairing the Combics Indicator
67 Replacing the Front Panel
68 Blank Display
68 Replacing the Power Cord
69 Replacing the Power PCB
70 Replacing the DC/DC Converter
71 Replacing the A/D Converter
71 Quick-test of the A/D Converter
72 Replacing the Digital PCB
73 Checking the IP67 Protection
73 Torque Values for Cable Glands and Vent Valve
Adjusting the Weighing Platform
74 Adjusting the Off-center Load
75 Diagram: Determining the Adjustment Resistance
76 Off-center Load Adjustment: 0-ohm Resistors (Example)
Setting the Overload Stops
77 1. Weighing Platforms with 1 Load Cell: Steel
78 2. Weighing Platforms with 1 Load Cell: Stainless Steel
79 3. Weighing Platforms with 4 Load Cells: Steel
80 4. Weighing Platforms with 4 Load Cells: Stainless Steel
Repairing the Weighing Platforms
81 Replacing the Connecting Cable
82 Replacing Load Cells
83 Torque Values
84 Pin Assignments in the Junction Box
85 Replacing the Load Cell Foot
85 Color Codes of the Wiring for Weighing Platforms, Models
CAPS..
86 Error Codes
89-94 Service Specifications
95-96 Type Designation
97 When to Use Which Procedure
98 CAPXS... Explosio-Prodected Models
98 What Is Different in Comparison to Other EX Models
Adjusting the Weighing Platform
100 Version with the junction box
101/103 Junction Box
104 Adjusting the Off-center Load
105/109 Determining Resistance Values