1. Overview & Purpose:

️· The KCEZ is a signal conditioner, likely designed to adapt signals from sensors (e.g., current sensors, pressure sensors) into a form compatible with control systems or data acquisition.
️· It takes raw sensor signals and converts them into standardized outputs (DC voltage or current).

2. Ordering Information & Configuration (Model Number Breakdown):

️· KCEZ - [Digits] (The digits represent configuration options – this document does not fully explain what each digit signifies. There's a table for many of the choices.)
️· Input Codes (A-Z): These dictate the input type and range. "Z" refers to custom inputs.
️· Output Codes: Define the output signal type (voltage or current) and its range.
️· Power Options: Accepts AC or DC power.

3. Specifications & Performance:

️· Input: Accepts a variety of input types. Input ranges vary depending on the input code chosen.
️· Output: Provides DC voltage or DC current outputs. Output ranges are configurable.
️· Accuracy: ±1%
️· Temperature Coefficient: ±0.05%/°C (±0.03%/°F)
️· Response Time: ≤ 0.7 seconds (0 to 90% of full scale)
️· Ripple: ≤ 0.5% peak-to-peak
️· Power Input: AC or DC (specific voltage ranges are provided within the table)
️· Operating Temperature: -5 to +55°C (23 to 131°F)
️· Humidity: 30 to 90% Relative Humidity (non-condensing)
️· Weight: 400 g (0.88 lb)

4. Mechanical Details:

️· DIN Rail mountable (no extra space needed between units).
️· Mounting Hole Size: 2–4.5 mm (.18”)
️· Includes terminal designations (1-8) corresponding to input and output connections. (See schematic diagram).

5. Key Features & Considerations:

️· Versatile Input & Output: Supports a wide array of signal types and ranges to suit different sensor applications.
️· Isolation: Provides electrical isolation between input and output circuits.
️· Signal Conditioning: Performs signal conditioning functions like amplification, linearization, and filtering (details not provided).
️· Compact Size: DIN rail mounting saves space in control panels.
️· Requires Configuration: The model number specifies the required settings; understanding the coding is crucial for proper use. This document provides the structure, but not full definitions of all digits.

6. Schematic Diagram:

️· Provides a visual representation of the terminal connections:
- Terminals 1-4: Input connections (likely sensor power and signal)
- Terminal 7: Positive power supply
- Terminal 8: Negative power supply/Ground.
- Terminals 2-4: Output and other connections.