Envision Peripherals IM1609 10, IM1609 08 Provide Line Voltage Wiring, Chassis Installation

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ENVISION CONSOLE INSTALLATION MANUAL

Installation Steps (cont.)

Step 5: Provide Line Voltage Wiring

•Check unit data plate located on control side of chassis for ampacity and fuse size.

•Remove electrical knockouts from chassis backplate.

•Run line voltage wiring through knockout and secure wiring to backplate or disconnect.

Step 6: Chassis Installation

•Level and secure backplate to wall.

•Position the chassis against back plate. Drive (2) screws through holes in lip of backplate into top flange of chassis.

Step 7: Final Electrical Connection

•Install flexible electrical conduit between the backplate or electrical disconnect and the unit mounted junction box.

•Make final wiring connections in disconnect and junction box, taking care to replace all covers when done. Wiring must conform to NEC and/or all local codes. Refer to Electrical Data.

NOTE: It is necessary to make final wiring connections prior to securing unit chassis to back plate on right-hand piping models with electrical disconnect.

Step 8: Final Water Connection

•For ease of installation and sound attenuation, high pressure (recommended) flexible hoses with a swivel fitting should be provided. Apply Teflon® tape or sealant compound to threaded hose fittings.

•Combination shut-off/balancing valves should be installed on both the supply and return water lines of the unit.

•Flow control valves should be installed on the water discharge line.

•It is recommended that P/T ports be installed on the supply and return water lines.

Step 9: Set Unit Controls

•Locate the “continuous fan/cycle fan” switch within the electrical compartment of the chassis and set to desired position. (Remote wall thermostat units do not use this optional switch.)

•Optional Control Settings-

Remote Thermostat - Run low voltage wiring from unit to the desired thermostat location. Mount and wire thermostat according to manufacturer’s recommendations.

Motorized Outside Air Damper - Locate the “damper on/damper off” damper switch within the electrical compartment of the chassis and set to desired position.

Emergency Electrical Heat - Locate the “electric heat/normal/boilerless” control switch within the electrical compart- ment of the chassis and set to desired position.

Step 10: Secure the Cabinet Cover

•Position and lower cabinet over unit chassis. Apply pressure to the front of the cabinet to ensure that the back lip of the cabinet hooks over the tabs provided on the backplate.

•Secure cabinet to chassis with mounting screws provided.

Step 11: Perform Final Unit Check

•Measure the pressure drop across the water coil and monitor water or air temperatures in both heating and cooling modes. The measured values should fall within the acceptable ranges shown in the Startup Performance table.

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Contents Envision Console Installation Manual Page Table of Contents NC C Model NomenclatureMoving and Storage General Installation InformationSafety Considerations Refrigerant SystemsNCW09-18 Dimensional Data Flat Top CabinetSlope Top Dimensional Data Slope Top CabinetConfiguration NCS09-18Dimensional Data Extended Slope Top Cabinet NCE09-18Ext. Slope Top Dimensional Data Right Return Controls Detail  Dimensional Data Right Return ChassisDimensional Data Left Return Controls Detail # Dimensional Data Left Return ChassisMark Unit Position Installation StepsPipe Locations Provide Water and Condensate Drain ConnectionsFinal Water Connection Provide Line Voltage WiringChassis Installation Final Electrical ConnectionTop view Side view Field Converting ConsoleSystem Cleaning and Flushing Cleaning and FlushingGround Source Loop System Checkout Water Quality Open Loop Ground Water SystemsGeneral Microprocessor Remote Thermostat WiringElectrical Connections Auxiliary Heat RatingsFan Performance Data Unit Electrical Data208-230-265/60/1 Wiring SchematicControl Module CCM w/EH Electronic Thermostat 208-230-265/60/1LED Display Mode Table Versatec Control EH & Remote Wall Thermostat 208-230-265/60/1 Schematic aPSC FX10 EH 208-230-265/60/1Envision Console Controls Standard CCM Control FeaturesOptional Versatec Microprocessor Control Features Control Tables for Optional Versatec Microprocessor Logic Board DIP Switch SettingsOptional FX10 Control Zone Sensors Control Timing & Fault Recognition DelaysStandard Features Optional FX10 Microprocessor and BAS InterfaceSequence of Operation Control and Safety Feature DetailsCompressor Short Cycle Delay Time Random Start DelayCompressor Fixed On Delay Time Compressor Minimum On DelayControl Accessories Inputs & Outputs ConfigurationFX10 User Interface MUI Physical Layout  Info Status Temps Outputs SettingsLogin Required N2 Open LonWorks Point Description LonWorksBACnet Point Description BACNetAnalog Value Type BACnet VariablesAnalog Input Type Analog Output TypeMultistate Output Type Multistate Input TypeElectrical Disconnect Hydronic Loop Controller for Boiler/Tower InstallationsUnit Startup Notes Emergency Electric Resistance HeatUnit Startup Checklist / Unit Startup Steps Before Powering Unit, Check The FollowingStartup Steps Unit Operating Parameters Unit Operating LimitsSingle Speed Models Startup/Troubleshooting Form Pressure Drop Other Maintenance Preventive MaintenanceReplacement Procedures Water Coil MaintenancePage Envision Series Console

IM1609 10, IM1609 08 specifications

Envision Peripherals has carved a niche in the realm of advanced display technology, and its IM1609 10 and IM1609 08 models are no exception. These cutting-edge monitors are designed to meet a wide array of professional needs while delivering outstanding performance and visual clarity.

One of the standout features of the IM1609 10 is its impressive 16:9 aspect ratio and full HD resolution. This setup ensures that users receive crisp and vibrant visuals, whether they're working on intricate designs, analyzing data, or enjoying multimedia content. The IM1609 08 shares similar visual capabilities, making both models ideal for professionals in graphic design, video editing, and other visually intensive fields.

Both displays incorporate advanced LED backlight technology, which not only enhances color accuracy but also contributes to energy efficiency. Users can expect deeper blacks and brighter whites, resulting in a more dynamic visual experience. Furthermore, the IM1609 series features wide viewing angles, allowing multiple users to view the screen simultaneously without loss of quality or color distortion.

In terms of connectivity, the IM1609 10 and IM1609 08 come equipped with a range of ports, including HDMI, DisplayPort, and USB-C. This versatility ensures seamless integration with various devices, from laptops and desktops to media players and more. The USB-C port also allows for quick data transfer and charging options, catering to the needs of modern tech users.

Ergonomics is another key characteristic of the IM1609 series. With adjustable stands that allow for height, tilt, and swivel adjustments, users can customize their viewing experience for maximum comfort, reducing neck and eye strain during long working hours.

Additionally, the IM1609 monitors feature built-in blue light filters and flicker-free technology, which help to create a healthier viewing environment by minimizing eye fatigue. This consideration for user well-being is increasingly important in today’s tech-driven world, especially for professionals who spend significant time in front of screens.

Overall, Envision Peripherals’ IM1609 10 and IM1609 08 models represent the company’s commitment to blending performance, usability, and comfort into one seamless package. Whether for professional or personal use, these monitors deliver exceptional quality, making them a noteworthy addition to any workspace.
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