

Other manufacturers with similar products

LED rotary dimmer, 0.118 kg/unit, SCHNEIDER ELECTRIC INDUSTRIES SAS / SCHNEIDER ELECTRIC - ENERGY
SCHNEIDER ELECTRIC INDUSTRIES SAS / SCHNEIDER ELECTRIC - ENERGY
1.83 kg CO2e/unit

Emergency lighting for residential buildings, 0.460 kg/unit, including packaging, Exiway Light, SCHNEIDER ELECTRIC - ENERGY / SCHNEIDER ELECTRIC INDUSTRIES SAS
SCHNEIDER ELECTRIC - ENERGY / SCHNEIDER ELECTRIC INDUSTRIES SAS
7.25 kg CO2e/unit
EPD: Dual technology switch occupancy sensor, 0.264 kg/unit, DW-311-X Where ``-X`` represents any combination of numbers or letters that specify -BAA/TAA Compliance (eg. LMDX-100-U) -Color -Volts AC, LEGRAND
Introducing the DW-311-X occupancy sensor! Designed to enhance energy efficiency, it detects motion accurately in various environments. Enjoy seamless integration, customizable options, and compliance with industry standards for a smarter, eco-friendly solution.
This dual technology switch occupancy sensor combines passive infrared and ultrasonic technologies for superior motion detection. Its sleek design fits seamlessly into any room, ensuring efficient energy use while providing reliable occup...
Manufacturer:
LEGRAND
Group:
Country of production:
Product name:
Dual technology switch occupancy sensor
Commercial names:
DW-311-X Where ``-X`` represents any combination of numbers or letters that specify -BAA/TAA Compliance (eg. LMDX-100-U) -Color -Volts AC
Category:
Installations and systems
Class:
Electrification components and systems
Environmental impacts
Global Warming Potential (A1-A3):
17.1 kg CO2e/unit
Technical specification:
0.264 kg/unit
Available units for calculation:
unit, kg, ton
Unique identifier (OCLID):
66bf95fe6042fa2e6f603a50
Sustainability data background information
EPD number:
LGRP-01146-V01.01
EPD program:
PEP-ecopassport
Publication year:
2020
Product Category Rules (PCR):
PEP-PCR-ed3-2015 04 02
Environmental standard:
EN15804+A1
Data source:
PEP
Verification status:
Third-party verified (as per ISO 14025)
Upstream database:
ecoinvent