1. Product Overview: FSP Signal Conditioner/Converter

️· Type: This is a signal conditioner/converter, part of the "FSP" series (likely a product line).
️· Function: It conditions and converts signals. It appears to handle both dry contact and voltage pulse inputs.
️· Application: Suitable for various signal processing and conversion tasks.
️· Mounting: Designed for surface or DIN rail mounting.

2. Input/Output Specifications

️· Input Options:
- Dry Contact: With a 4kΩ impedance.
- Voltage Pulse: Also, with a 4kΩ impedance.
️· Output Options:
- DC Current: 0 – 20 mA
■ Minimum span: 1 mA
- DC Voltage: 0 – 12 V
■ Minimum span: 5 mV
️· Offset: Maximum 1.5 times the span (applies to both current and voltage outputs).
️· Load Resistance:
- Current Output: 15 V maximum drive capability.
- Voltage Output: 1 mA maximum drive capability (at ≥ 0.5 V).
️· Response Time: (0-90%)
- With 0-50 Hz input: Approx. 1.8 seconds.
- With 0-100 Hz input: Approx. 0.7 seconds.
- With 0-500 Hz input: Approx. 0.5 seconds.
- With 0-10 kHz input: Approx. 0.5 seconds.

3. Ordering Information & Model Designation

️· Model Designation: "FSP" followed by several codes (e.g., FSP-XXXX). The codes determine the input/output types and other characteristics.
️· Ordering details: The complete model number dictates the specific configuration of the signal conditioner. (Refer to the document for details on what each code represents).

4. Installation

️· Mounting: Can be surface-mounted or installed on a DIN rail.
️· Spacing: No extra space needed between units during mounting.
️· Electrical Connections: Refer to the schematic circuitry & connection diagram for proper wiring (see below).

5. Electrical Characteristics

️· Power Requirements:
- AC Power: Approximately 5.5 VA.
- DC Power:
■ 24 V DC: Approximately 85 mA.
■ 110 V DC: Approximately 25 mA.
️· Insulation Resistance: ≥ 100 MΩ with 500 V DC.
️· Dielectric Strength: (Refer to the table for specific voltage ratings for different power input codes – R, K, L, P).
- Input to Output: Different ratings depending on power input code.
- Input or Output to Ground: Different ratings depending on power input code.
- Input to Power: Different ratings depending on power input code.
️· Operating Temperature: -5 to +55°C (23 to 131°F).
️· Operating Humidity: 30 to 90% RH (non-condensing).

6. Schematic Circuitry & Connection Diagram

️· Key components shown: Isolation, waveform shaping, one-shot smoother (optional), output driver, 12V supply, base socket.
️· Input Connection Examples: Depicts wiring for dry contact and voltage pulse inputs. Shows connections for power and signal.
️· Wiring: Diagrammatic representation of the device's internal connections and external wiring points.



Key Takeaways & Notes:

️· Detailed Model Codes are Essential: The document doesn's specify the full model numbers available, but refers to code segments within the model name to describe the configurable options. You'll need those codes to select the correct unit.
️· Refer to Diagrams: The wiring diagrams are critical for correct installation and operation.
️· Power Code Importance: The "R," "K," "L," and "P" codes for power input significantly impact the dielectric strength (isolation) ratings. Make sure you choose the correct power supply based on your application's isolation needs.