Installation of Ceiling Mount Cylinder to Stem

READ AND UNDERSTAND THESE INSTRUCTIONS BEFORE INSTALLING FIXTURE

This fixture is intended for installation in accordance with the National Electrical Code and local regulations. To

assure full compliance with local codes and regulations, check with your local electrical inspector before

installation. To prevent electric shock, turn off electricity at fuse box before proceeding.

Retain these instructions for maintenance reference.

INSTRUCTION SHEET NO.

IS:CACS

A0604

Page 2 of 2

INSTALLATION PROCEDURE FOR: CEILING MOUNT STEM KIT CACS AND C4CS SERIES

USED WITH CEILING MOUNT CYLINDERS (ORDER SEPARATELY)

WARNING: USE ONLY FIXTURE PROVIDED BY LIGHTOLIER. USE OF OTHER MANUFACTURES’ FIXTURES MAY VOID

THE UNDERWRITERS LABRATORIES LISTING AND COULD CONSTITUTE A FIRE HAZARD.

INSTALLATION OF CEILING MOUNT CYLINDER TO STEM (Fig. 1 & 3)

1.Attach (2) SPRING CLIPS to CYLINDER HOUSING by sliding SPRING CLIPS onto (2) raised pockets on top of CYLINDER HOUSING. NOTE: Discard SPRING CLIPS for Cylinders which do not have the raised pockets; these cylinders have integral tap holes. (Fig. 3)

2.For C7CS series cylinders, tear off the fiberglass pad from top of cylinder. The remaining fiberglass pad can be left inside of SUPPORT COVER or removed. (Fig. 4)

3.Make Connections. Bare Copper and/or green insulation wire(s) must be connected to SUPPLY GROUND. Connect WHITE BALLAST LEAD to NUETRAL (WHITE) SUPPLY LEAD. Connect BLACK BALLAST LEAD to HOT SUPPLY LEAD. Use wire nuts (provided). Place spliced leads into SUPPORT COVER.

4.Align (2) holes in SUPPORT COVER with (2) SPRING CLIPS or Tap holes, then tighten with (2) SCREWS (provided). (Fig. 1 & 3)

INSTRUCTIONS FOR SHORTENING STEM

ATTENTION: Cut end with smaller diameter holes only. (Fig.1)

CAUTION: Eye protection should always be worn when using hand and power tools during the cutting procedure outlined below.

1. Using pipe cutting tool, shorten STEM to appropriate length. Clean all burrs and sharp edges from cut end of Stem.

2. Position DRILL LOCATOR over cut end of STEM (Fig. 5). Gently tap down on DRILL LOCATOR until fully seated on end of STEM.

3. Position CENTER PUNCH into bottom SLOT in DRILL LOCATOR and mark a small dimple in STEM (Fig. 6).

4. Align 1/8" DRILL BIT (local hardware item) into bottom slot of DRILL LOCATOR so tip of DRILL BIT rests in dimple (Fig. 7).

5. Drill hole completely through STEM allowing DRILL LOCATOR to guide DRILL BIT. Do not force DRILL BIT. It is recommended to

CENTER

hold DRILL LOCATOR securely in a PUNCH vise or other device prior to drilling hole.

SPRING

CLIPS

FIG. 3

FIBERGLASS

PAD (DISCARDED)

SUPPORT

COVER

FIG. 4

HAMMER

DRILL LOCATOR

STEM (CUT)

FIG. 5

SLOTSLOT

DRILL BIT

FIG.6

FIG. 7

A COMPANY

631 Airport Road, Fall River, MA 02720

IS_CACS specifications

Lightolier IS_CACS is a state-of-the-art lighting control system designed to enhance energy efficiency and improve lighting quality in commercial and institutional spaces. This innovative system combines advanced technologies and user-friendly features, making it a preferred choice for modern lighting management.

One of the key features of the Lightolier IS_CACS is its ability to provide intelligent control over lighting fixtures. The system employs occupancy sensors and daylight harvesting technology to optimize lighting levels based on real-time usage and natural light availability. This not only reduces energy consumption but also enhances the comfort and productivity of occupants.

The IS_CACS uses a centralized control unit that allows for easy programming and customization of lighting settings. Facility managers can set schedules, adjust dimming levels, and create scenes that cater to various activities throughout the day. The centralized system is capable of controlling a wide range of fixtures, making it a versatile solution for different lighting scenarios.

In addition to its control capabilities, the IS_CACS features a robust network architecture that ensures seamless communication among devices. This networked approach allows for remote monitoring and management, enabling quick adjustments and diagnostics from any location. Through intuitive software interfaces, users can receive real-time updates on system performance, which helps streamline maintenance and improve system longevity.

Moreover, the Lightolier IS_CACS is designed with sustainability in mind. Its integration with energy management systems and renewable energy sources aligns with environmentally responsible practices. By providing users with comprehensive data on energy usage, the system enables informed decisions that further reduce the carbon footprint of buildings.

Safety and security are also prioritized in the IS_CACS design. The system incorporates emergency lighting solutions and compliance features that adhere to safety regulations, ensuring that facilities are well-equipped to handle emergency situations.

In conclusion, the Lightolier IS_CACS stands out in the marketplace for lighting control technology. Its combination of intelligent features, user-friendly interfaces, and commitment to energy efficiency makes it an ideal solution for any facility looking to upgrade its lighting system. By leveraging innovative technologies and ensuring adaptability, Lightolier IS_CACS not only improves lighting quality but also contributes to overall operational efficiency.