Novus N1050 PID Temperature Controller with Relay/SSR Output – 24V

Introducing the Novus N1050 PID Temperature Controller with Relay/SSR Output – 24V:

The Novus N1050 is an advanced and high-performance PID temperature controller, featuring a bright LCD with an easy-to-read multicolor 11-segment display. This controller offers various features to cater to diverse temperature control needs.

Key Features:

• PID Auto-Tuning Capability
• Output Options: PWM Control Mode through Pulse or Relay
• Up to Three Optional Output Relays can be Selected
• 5 Ramp-and-Soak Profile Programs
• Soft Start Output and Timer Function
• Password Protection for Added Security
• Configurable Parameters via Display Menu, USB Port, or Optional RS485 Modbus Interface

Easy to install and maintain with its detachable connector, the N1050 boasts the lowest power consumption in the market. Encased in anti-flame material and housed in a 48×48 mm (DIN 1/16) low profile front panel, it is suitable for harsh environments and complies with standard EMC regulations, ensuring robustness and reliability, including untapped temperature applications.

Notable Advantages:

• Ideal Replacement for Omron E5CC and West 6100+ Models
• Display: LCD Type with Alphanumeric 11-Segment Design
• Ramp & Soak: 5 Programs, 4 Segments
• Input Type: Thermocouple J, K, T, S, and Pt100
• PID Features: PWM, Autotune
• Control Action: 1 Loop (Heat or Cool)
• Output Control: 1 Pulse and up to 3 Relays
• Sampling Period: 100 ms
• Communication: RS485 Modbus RTU (optional)

Certified with CE, UL, and cUL, this temperature controller can be powered by 100-240 Vac/dc or 12-24 Vdc (optional). It operates effectively within a temperature range of 0 to 50 °C (32 to 122 °F) with humidity at 80% @ 30 °C (86 °F). The front panel is rated IP65 and made of Polycarbonate (PC) UL94 V-2 material, while the enclosure is ABS+PC UL94 V-0, ensuring durability and protection.

Experience precision temperature control with the Novus N1050 PID Temperature Controller, equipped with a wide range of features for versatile applications.