SE8650U0B11 Schneider Electric Thermostat (UPC: 785901643128)

UPC: 785901643128 Overview of SE8650U0B11 Schneider Electric Thermostat The Schneider Electric SE8650U0B11 is a fully programmable thermostat designed for roof-top units and heat pump systems. Featuring integrated BACnet MS/TP communication, a relative humidity sensor, and indoor air quality (IAQ) control, this thermostat provides precise environmental management for commercial HVAC applications. The clean white fascia and backlit display make it both functional and professional for visible wall installations. Roof Top Unit, Heat Pump & Indoor Air Quality Ctrl: BACnet MS/TP, RH sensor & control, White Case/Fascia Product Alert: Must purchase communication module (VCM8000V5045P) separately for Zigbee Pro Product Specifications [Us] rated supply voltage 24 V AC 50/60 Hz /- 15 % Application Staging equipment (RTU/HP) AWG Gauge AWG 22…AWG 18 Brand Schneider Electric By Schneider Yes California proposition 65 WARNING: Cancer and Reproductive Harm – www.P65Warnings.ca.gov Color Casing White Communication Port Protocol BACnet MS/TP Modbus RTU Zigbee Pro Depth 0.98 in (25 mm) Device Short Name SE8600 Directives 2014/30/EU – electromagnetic compatibility 2014/35/EU – low voltage directive 2014/53/EU – radio equipment directive Economizer No Function Available Available with CO2/RH/T Brightness sensor Changes can be made directly over display Code lock function Easily configurable Fan control Firmware update by USB HVAC control Height 4.72 in (120 mm) Humidity Calibration Certificate 1 pt Humidity Control Yes Humidity Measurement Drift Less Than 1 % Yearly Humidity Setting Range 30…95 % Information Displayed Temperature – 40…122 °F Input Type Analog 5 Dry contact 2 Input Voltage 0…10 V Manufacturer Schneider Electric Market Segment Buildings Healthcare Lodging/Hotel Non-critical buildings Office Residential School Small commercial Measurement Accuracy Humidity /- 10 %, 10…20 % non-condensing) Humidity /- 10 %, 80…90 % non-condensing) Humidity /- 5 %, 20…80 % RH non-condensing) Temperature /- 0.5 °C, Net Weight 11.99 oz (340 g) Network Frequency 50 Hz 60 Hz Output Current 0.3 A universal output 1 A relay output 1.5 A universal output inrush) 3 A relay output inrush) Output Type 4 universal 5 relay output Output Voltage 0…10 V AC/DC voltage output 24 V AC/DC relay output PIR Cover No Product Name SE8000 Series Product Or Component Type Roof top unit Range EcoStruxure Building Expert Relative Humidity 0…75 % Scheduling Yes Sensor Type Humidity: bulk polymer Humidity: space RH sensor Temperature: 10 kOhm T2 NTC thermistor Standards EN/IEC 60730-1 ETSI EN 300 328 ETSI EN 301 489-1:v1.9.2 ETSI EN 301 489-17:v2.2.1, 2012 FCC part 15 subpart B FCC part 15 subpart C ICES-003 UL 60730-2-9 Surface Finish Matt Surface Treatment Untreated Temperature Ambient Operating Range 32…122 °F (0…50 °C) Temperature Resolution 0.1 °C Temperature Setting Range 40…90 °F (4.5…32 °C) heating 54…100 °F (12…37.5 °C) cooling Temperature Shipping and Storage Range -22…122 °F (-30…50 °C) Width 3.39 in (86 mm) Key Features & Benefits BACnet MS/TP Communication: Enables easy integration with building automation systems. Built-in RH Sensor: Provides humidity control for optimal comfort and efficiency. IAQ Control: Supports indoor air quality applications with optional CO₂ and fan control features. Programmable Interface: Allows custom scheduling for energy savings and comfort. Modern Design: White fascia complements any commercial or institutional setting. TAA Compliant: Suitable for government and public sector installations. Applications Commercial HVAC systems (RTU or heat pump) Office buildings, schools, and hospitals Facilities requiring BACnet integration Zones needing temperature and humidity control Government or TAA-compliant projects Installation & Maintenance Mount on an interior wall approximately 5 ft (1.5 m) above the floor. Connect power and communication wiring per manufacturer guidelines. Configure via onboard menu or BACnet network. Regularly clean the fascia and verify sensor calibration for optimal performance.