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Ashrae 90.1 receptacle control11/11/2022 ![]() We understand that IECC 2018 is far more stringent overall than 90.1-2010, and by complying with the code ( IECC), the project exceeds the performance requirements of the standard (90.1), but wanted to have more clarity on how we should treat the receptacle controls requirement which seems to be not inclusive between IECC and 90.1. Is anyone aware if there is any provision (or alternative compliance path) that we could follow on this matter?įor example, can we follow a similar approach to the linked LEED Interpretation, where we can meet all the mandatory requirements of IECC or 90.1? The project is already at the end of the CD phase, and adding receptacle controls at this stage will require a major re-design and added cost, that we would prefer to avoid if we can. Interpretation 90.1-2010-23 Janu(Refers to the requirements presented in ANSI/ASHRAE/IES Standard 90.1-2010, Section 8.4.2, relating to automatic receptacle control.) Interpretation 90. ![]() At least 50 of all 125V, 15 and 20 amp receptacles in all private offices, conference rooms, rooms used primarily for printing and/or copyingb. We noticed that 90.1-2010 has a mandatory requirement (under EAp2/EAc1) regarding receptacle auto shut-off controls, while we realized that IECC 2018 does not. ASHRAE 90.1-2016 Compliance Requirement: Automatic Receptacle Control. The Receptacle can be used as a component in a system to meet energy code requirements for IECC, ASHRAE 90.1, and 2019 Title 24, Part 6 space/area control, dimming, manual-ON/OFF, occupancy/vacancy control and automatic shutoff requirements.įor more information on the Zigbee 3.0 Controlled Receptacle, visit are working on a project that has to comply with IECC 2018 in order to meet the city’s energy code requirements. The Zigbee Controlled Receptacle is tamper-resistant (TR) and meets the 2020 NEC code requirement. There is also an LED light that indicates when the controlled switch is ON or OFF. Receptacle control strategies use occupancy sensing or schedule-based control to energize and de-energize a controlled receptacle based on occupancy or time of day. The top outlet on the Receptacle is always ON, and the bottom outlet is controlled. Zigbee uses mesh networking technology to provide quick, reliable, and secure communication. It works in conjunction with the GreenMAX DRC Wireless Keypad Room Controller, Lumina RF Wireless Keypad Room Controller, or a Zigbee 3.0 compatible hub, gateway or controller with proper integration. The Zigbee Controlled Receptacle is Zigbee 3.0 certified and requires a Leviton room controller to operate. ANSI/ASHRAE/IES Standard 90.1-2019 (I-P) edition of Standard 90.1 incorporates over 100 addenda to the 2016 edition and includes numerous energy-saving measures. ![]() It can be used with lamps, appliances and similar devices up to 15A in wireless applications requiring receptacle control or plug load control to meet energy code compliance. The Zigbee Controlled Receptacle (ZSTLR-1HW) is compatible with a Leviton Wireless Room Controller or third-party Zigbee 3.0 compatible hub, gateway or controller to provide wireless ON/OFF plug load control. Leviton recently introduced a Zigbee™ 3.0 Controlled Receptacle. ![]()
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