Technical Specifications | Parameter Category | Specification / Inference | | :--- | :--- | :--- | | Product Type | Switched-Mode DC/DC Converter | | Product Family | ABB CP Series. 2TAZ is the characteristic family prefix. | | Standard | IEC 62368-1, IEC 61204-7 | | Input Voltage (Uin) | Defined by 222301. This is a different input code from previously seen 220301 and 220406. This strongly suggests a different nominal input voltage. • Probable Interpretation: 2223 may correspond to a 24 V DC nominal input system (e.g., with a wide range of 18-36 V DC). This is a common voltage for systems powered by small battery banks or low-voltage DC supplies. • Alternative: Could be a variant of 48V DC. Official verification is essential. | | Output Voltage (Uout) | Likely 24 V DC. The code R2631 is interpreted as: • R: Regulated output. • 26: Likely a sub-series or product variant code. The actual output voltage is most probably the industry-standard 24V DC. • 31: Likely indicates the output current rating. In common encoding, 31 could correspond to 3.1 A or be coded for 3.0 A (where 3 = 3A, 1 = version). | | Output Current (Iout) | Likely 3.0 A or 3.1 A (Inferred from 31 in R2631). This positions it between the R2321 (~2A) and R2504 (~4A) models in terms of power. | | Output Power (Pout) | Approximately 72W - 75W (If 24V @ 3A/3.1A: 24V * 3A = 72W). | | Output Characteristics | • Precisely regulated voltage. • Protections: Short-circuit, overload, overvoltage. • Isolation: Galvanic isolation. • Low ripple and noise. | | Efficiency | > 85% (typical). | | Mounting | 35 mm DIN Rail (EN 60715). | | Terminations | Screw-clamp terminals. | | Cooling | Natural convection (fanless). | | Operating Temperature | -25°C to +70°C | | Protection Degree | IP20. | | Status Indication | LED for "Power On". | | Safety Approvals | CE, UL, cULus. | | Typical Application | Used in control systems where the primary available DC source is 24V (e.g., from a battery or another power supply), and a separate, isolated 24V output is needed for critical loads. Common in: • Creating an isolated 24V bus from a non-isolated 24V source to prevent ground loops and noise interference. • Powering devices in a 24V DC system that require a cleaner or separately derived source. |