The Tesla Hot Water Pack (Model: TESHWP) is a pre-configured solution designed to streamline the control of hot water systems and other resistive single-phase loads up to 25A. Ideal for residential, commercial, and light industrial applications, this DIN-rail mountable kit combines the TESATS1DR Analogue Timer with the TESVS125-10 Modular Contactor, ensuring reliable and efficient operation.

Key Features

• Complete Control Solution: Includes the TESATS1DR Analogue Timer and TESVS125-10 Modular Contactor, offering a cohesive setup for managing electrical circuits.
• High Load Capacity: Handles resistive loads up to 25A at 230V AC, suitable for hot water systems, lighting, ventilation, and more.
• Programmable Timer: The TESATS1DR allows for daily programming in 15-minute intervals, with up to 96 on/off settings per day.
• Power Reserve: Features a 100-hour power reserve to maintain settings during power outages.
• DIN Rail Mounting: Both components are designed for easy installation on standard DIN rails, facilitating quick integration into existing setups.
• Compliance: Meets IEC61095 standards, ensuring safety and reliability in various applications.

Specifications

• Timer Model: TESATS1DR
• Contactor Model: TESVS125-10
• Voltage Rating: 230V AC
• Current Rating: 25A (AC-7a), 9A (AC-7b)
• Contact Configuration: 1 Normally Open (1NO)
• Mounting: DIN Rail
• Operating Temperature: -5°C to +55°C
• Standards Compliance: IEC61095

Applications

• Hot Water Systems: Automate and control electric hot water units efficiently.
• Lighting Control: Schedule lighting systems in residential or commercial settings.
• Ventilation and Heating: Manage ventilation fans and heating systems with precision.
• Industrial Equipment: Control machinery and equipment requiring scheduled operation.

The Tesla Hot Water Pack (TESHWP) offers a reliable and efficient solution for automating and controlling various electrical systems. Its robust design and programmable features make it an excellent choice for ensuring operational efficiency and energy savings in diverse applications.