S16435 - Monitor Satco - Free user manual and instructions

Product Type	LED Retrofit Kit for Fluorescent Luminaires
Model	S16435
Brand	Satco
Supply Voltage	120V-277V
Socket Type	R17d
Selectable Color Temperature	4000K, 5000K or 6500K
Wiring	Single-ended or Double-ended
Usage	Indoor, Damp Locations
Dimmable	No
Emergency Lighting	Not suitable
Weight	Approximately 200 g (estimate)
Lamp Dimensions	1200 mm x 28 mm (standard T8 estimate)
Power	Variable depending on configuration, max 20 W (estimate)
Maintenance and Cleaning	Disconnect before cleaning; use a soft, dry cloth
Safety	Shock hazard: disconnect power before installation; do not use with dimmer
Included Parts	LED lamps, replacement label
Repairability	Replace defective lamp; no user-serviceable parts
General Information	Compliant with FCC Part 15; installation by qualified electrician recommended

Frequently Asked Questions - S16435 Satco

How to install the S16435 LED retrofit kit?

First, cut off power at the circuit breaker. Remove the existing diffuser and ballast. Select the color temperature (4000K, 5000K or 6500K) using the switches on the lamp. Wire according to the diagram (single or double ended) complying with electrical codes. Install the lamp in the R17d sockets, replace the diffuser, then restore power.

Can I use this kit with a dimmer switch?

No, this kit is not compatible with dimmers. Do not use with a dimmer to avoid any risk of fire or damage.

What are the available color temperatures?

You can choose between 4000K (cool white), 5000K (natural white) and 6500K (daylight white) by setting the switches at the ends of the lamp before installation.

Is the kit suitable for recessed luminaires?

Yes, this kit is suitable for recessed luminaires. It is also suitable for damp locations (bathroom, basement).

Do I need to remove the existing ballast?

Yes, it is necessary to remove the ballast and starter (if any) for wiring. Dispose of old fluorescent lamps and ballast according to local regulations.

What type of socket is required?

The sockets must be type R17d. Verify that existing sockets are compatible before installation.

Can the kit be used for emergency lighting?

No, this kit is not designed for emergency lighting. It is intended for general use.

What if existing wires are damaged?

Do not install the kit if existing wires are damaged. Check the condition of wiring before installation and replace any defective wire by calling a qualified electrician.

How to clean the LED lamps?

Disconnect power before cleaning. Use a soft, dry cloth to remove dust. Do not use harsh chemicals.

Is the kit certified?

Yes, it is compliant with FCC Part 15. However, installation must comply with national and local electrical codes.

USER MANUAL S16435 Satco

INSTALLATION AND SAFETY INSTRUCTIONS

IMPORTANT: Read before installing fixture. Retain for future reference.

WARNING:

• DANGER: Risk of shock-disconnect power before installation.
• WARNING: Risk of fire or electric shock. LED Retrofit Kit installation requires knowledge of luminaire electrical systems. If not qualified, do not attempt installation. Contact a qualified electrician.
• WARNING: Product must be installed in accordance with the national electrical code or your local electrical code. If you are not familiar with these codes and requirements, contact a qualified electrician.
• WARNING: Install this kit only in luminaries that have the construction features and dimensions shown in the photographs and/or drawing and where the input rating of the retrofit kit does not exceed the input rating of the luminaire.
• WARNING: To prevent wiring damage or abrasion, do not expose wiring to edges of sheet metal or other sharp objects. Do not make or alter any open holes in any enclosure of wiring or electrical components during kit installation.
• WARNING: To avoid potential fire or shock hazard, please confirm the type of lamp holder before installation. If it is a shunted lamp holder, refer to double-ended wiring.
  NOTE: Shunted lamp holders are found only in fluorescent luminaries with instant-start ballasts. Instant-start ballasts can be identified by the words “Instant Start” or “I.S.” marked on the ballast. This designation may be in the form of a statement pertaining to the ballast itself, or may be combined with the marking for the lamps with which the ballast is intended to be used, for example F40T 12/IS, for more information contact the LED luminaire retrofit kit manufacturer.

If it is non-shunted lamp holder, refer to single or double-ended wiring.

Installers should not disconnect the existing wire from lampholder terminals to make new connections at lampholder terminals. Instead installers should cut existing lampholder leads away from the lampholder and make new electrical connections to lampholder lead wires by employing applicable connectors.

• WARNING: Luminaire wiring and electrical parts may be damages when installing retrofit kit hardware. Check for enclosed wiring and components.
• WARNING: Check the existing wiring for damage before installing upgrade kit. Do not install if existing wires are damaged. This retrofit kit is accepted as a component of a luminaire where the suitability of the combination shall be determined by authorities having jurisdiction.
• “This luminaire has been modified and can no longer operate the originally intended lamp,” shall be marked on the retrofit luminaire where readily visible by the user during normal maintenance including lamping.
• Do not use with dimmers.
• Suitable for damp locations. Suitable for use in enclosed luminaries.
• This device is not intended for use with emergency exits.
• This device complies with Part 15 of the FCC rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.

INSTALLATION: (See diagrams on back)

STEP 1: Make sure the circuit breaker that supplies the power to the fixture is turned OFF.

STEP 2: Before installation, select your preferred CCT by moving the switches on both ends of the lamp to either 4000K, 5000K or 6500K.

STEP 3: Remove lens or diffuser cover (if applicable).

STEP 4: Open/Remove ballast wiring compartment cover.

STEP 5: Identify the Line and Neutral wires running power is OFF using a voltmeter.

STEP 6: Cut all wires connected to the ballast, and remove ballast (and starter if present). Dispose of ballast and fluorescent lamps in accordance with government regulations in your area.

STEP 7: Ensure that the fixture contains R17d lamp holders.

STEP 8: These T8 LED lamps are designed for single ended wiring (Figure 1) and double-ended wiring

(Figure 1a). When installing, confirm only the input end

of the lamp is powered, and securely connected to the powered R17d lamp holders (120V-277V).

STEP 9: Make sure all sockets are wired according to the appropriate wiring diagram (Figures 1/1a - 4/4a).

STEP 10: Reinstall the ballast cover to hide all wires.

STEP 11: Install your new single and double ended LED T8 replacement lamps.

STEP 12: Apply relamping label on a visible location inside the fixture.

STEP 13: Reinstall lens or diffusion cover on the light fixture.

STEP 14: Turn power ON at the breaker box.

STEP 15: Turn on the lights.

CAUTION THIS LUMNAIRE HAS BEEN MODIFIED TO OPERATE LED LAMPS. DO NOT ATTEMPT TO INSTALL OR OPERATE FLORESOFT LAMPS IN THIS LUMNAIRE. DE LUMNAIRE A ÉTÉ MODifié POUR FORMICTIONN ÀCÉ DES LAMPS LED NETFREZ RAS S'INSTALLER 50 D'UTILISHERES LAMPS FLORESOFTS DANS CELEUMNAIRE. 125-27TV SALCO Products, Inc SNGLE ENDED DOUBLE ENDED Item: S16430.S16431.S16432.S16433 S16434.S16435.S16436.S16437 S16438.S16439.S16440.S16441 S16442.S16443.

Single-ended connection (non-shunted sockets)

Figure 1: Retrofit with ONE Lamp

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    C --> D["LED Retrofit Lamp"]
    D --> E["Electronic Ballast"]
    E --> F["AC Source"]
    style A fill:#f9f,stroke:#333
    style B fill:#ccf,stroke:#333
    style C fill:#cfc,stroke:#333
    style D fill:#fcc,stroke:#333
    style E fill:#cff,stroke:#333
    style F fill:#ffc,stroke:#333

Figure 3: Retrofit with THREE/FOUR Lamps

graph TD
    A["AG Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    B --> D["Fluorescent Lamp"]
    B --> E["Fluorescent Lamp"]
    B --> F["Fluorescent Lamp"]
    G["Electronic Ballast"] --> H["LED Retrofit Lamp"]
    G --> I["LED Retrofit Lamp"]
    G --> J["LED Retrofit Lamp"]
    G --> K["LED Retrofit Lamp"]
    L["AC Source"] --> M["Electronic Ballast"]
    M --> N["LED Retrofit Lamp"]
    M --> O["LED Retrofit Lamp"]
    M --> P["LED Retrofit Lamp"]

Figure 2: Retrofit with TWO Lamps

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    B --> D["Fluorescent Lamp"]
    C --> E["Electronic Ballast"]
    D --> E
    E --> F["LED Retrofit Lamp"]
    E --> G["LED Retrofit Lamp"]
    F --> H["AC Source"]
    G --> H

Figure 4: Retrofit with THREE/FOUR Lamps + TWO Ballasts

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    B --> D["Fluorescent Lamp"]
    B --> E["Electronic Ballast"]
    E --> F["Fluorescent Lamp"]
    E --> G["Fluorescent Lamp"]
    H["AC Source"] --> I["Electronic Ballast"]
    I --> J["LED Retrofit Lamp"]
    I --> K["LED Retrofit Lamp"]
    I --> L["LED Retrofit Lamp"]
    I --> M["LED Retrofit Lamp"]
    I --> N["Electronic Ballast"]
    style A fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    style I fill:#ccf,stroke:#333

Double-ended connection (shunted or non-shunted sockets)

Figure 1a: Retrofit with ONE Lamp

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    C --> D["LED Retrofit Lamp"]
    D --> E["Electronic Ballast"]
    E --> F["AC Source"]

Figure 3a: Retrofit with THREE/FOUR Lamps

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    B --> D["Fluorescent Lamp"]
    B --> E["Fluorescent Lamp"]
    B --> F["Fluorescent Lamp"]
    G["AC Source"] --> H["Electronic Ballast"]
    H --> I["LED Retrofit Lamp"]
    H --> J["LED Retrofit Lamp"]
    H --> K["LED Retrofit Lamp"]
    H --> L["LED Retrofit Lamp"]

Figure 2a: Retrofit with TWO Lamps

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    B --> D["Fluorescent Lamp"]
    E["Electronic Ballast"] --> F["LED Retrofit Lamp"]
    E --> G["LED Retrofit Lamp"]
    H["AC Source"] --> I["Electronic Ballast"]
    I --> J["LED Retrofit Lamp"]
    I --> K["LED Retrofit Lamp"]

Figure 4a: Retrofit with THREE/FOUR Lamps + TWO Ballasts

graph TD
    A["AC Source"] --> B["Electronic Ballast"]
    B --> C["Fluorescent Lamp"]
    B --> D["Fluorescent Lamp"]
    B --> E["Electronic Ballast"]
    E --> F["Fluorescent Lamp"]
    E --> G["Fluorescent Lamp"]
    H["AC Source"] --> I["Electronic Ballast"]
    I --> J["LED Retrofit Lamp"]
    I --> K["LED Retrofit Lamp"]
    I --> L["LED Retrofit Lamp"]
    I --> M["LED Retrofit Lamp"]
    I --> N["Electronic Ballast"]
    style A fill:#f9f,stroke:#333
    style H fill:#f9f,stroke:#333
    style I fill:#ccf,stroke:#333

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