York S1-025-19499-007 AMBIENT TEMPERATURE CONTROL

AMBIENT TEMPERATURE CONTROL

The York S1-025-19499-007 AMBIENT TEMPERATURE CONTROL is a 24 volt 25 CFM, 0.163 HP Motor with external temperature setting controls.

The S1-025 Ambient Temperature Controller is designed to control temperatures in Linked Sections, Overlays and Domes. To be used with York's Ambi-Temp heaters in conjuction with each other they do not require wiring when used together providing maximum flexibility when designing the climate around the world.

The York S1-025-19499-007000 Ambient Temperature Control provides stable and accurate temperature control for precision results. This easy-to-use, compact solution provides precise control over the temperature of your lab. It is designed to be an integral component of your standard lab ware (i.e. microplates and vials). The easy to clean surface and touch sensitive controls make it a great choice for any lab studying room temperature applications, such as viral methods and cell culture systems.

The S1-025-19499-007 for Tork Commercial has an ambient temperature control option with reversible valves. This is accompanied by Modular Modulation Technology for precise control of pump speed. Each valve is rated at 45°F to 110°F with reversible left or right handed connections. It also comes with a molded PVC jacket with vertical drain port.

The S1 Ambient Temperature Control (ATC) Unit is designed for applications where an adjustable pressure controller is required. The ATC provides high level control of the final pressure to provide proportional control of the opening velocity of the pneumatic valve. Its self-contained power supply offers versatility of installation by allowing both AC and DC power options. The ATC offers a very high accuracy (±1% or better), has an extended range (0-5000psi) and is easily field configurable by end user. To ensure safety, the ATC's output can be shut off if incorrect wiring is detected or

Variable speed control allows user to custom-tune the amount of airflow and temperature for precise control. Turn all fan speeds to off; reactivate any speed except 3 or 4 with a single touch of a button. Can be used as a louver control, 2-speed fan or temperature control, and this compact unit will fit any wall box. Features: 15 Amp capacity – 15 amps at 120 Volts – 0.62 Amps at 208 Volts, Totally enclosed fan-cooled motor for enhanced motor life and quiet operation, TempSense heating system monitors stat's room temperature and adjusts the amount of heat the

This plug-in temperature controller is used for both Forced Air and Proportional VAV Cooling and Heating Systems. The unit provides a means of maintaining a constant temperature on a PID loop. Also provides a means to prevent the discharge air temperature from exceeding the design limit.

The S1-025-19499-007 Thermostat is a product that allows you to control a heating and cooling system.

York's S-1C wall-mounted thermostat is designed for heating and cooling air-conditioning units. The thermostat features a white dial face with 2 fan speeds, adjustable set point from 55°F to 95°F, as well as manual override and automatic restart.

A convector heater provides a quiet, simple and economical method of providing uniform heating of the work space within a room. After this design was fitted with a thermostatic controller to maintain a uniform temperature, it became a comfortable...

The York S1 Series ceiling fans are the simple, smart way to keep your home's temperature at the right level, all year long. Featuring easy-to-install install swiveling wall control modules and convenient slide speed controls, these ceiling fans bring weatherization home with electric heat elements that provide warm air circulation.

The York S1 is a 2-zone series packaged terminal air conditioning unit that combines simplicity and flexibility. The 15,000 BTU (1) per ton (2) heat pump condenser, high efficiency refrigeration system and electronically controlled variable refrigerant flow (VRF) allow the unit to operate at its most economical comfort setting for maximum energy efficiency.