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LiteCycle SG-TB-10P15-GC 10-Circuit Gray Terminal Block Enclosure with Clear Cover, 120V AC 15 Amps, IP65
Compact industrial terminal enclosure with an integrated 10-circuit, 20-termination block, 14-20 AWG conductor capacity, 120V AC rating, 15 Amps current rating, molded cable-entry knockouts, and IP65 protection when used with a properly rated cable gland.
Why Choose the LiteCycle SG-TB-10P15-GC Terminal Enclosure?
The LiteCycle SG-TB-10P15-GC is a gray electrical terminal enclosure with an integrated 10-circuit terminal block and a clear polycarbonate cover. The transparent cover allows visual inspection of the terminal area without immediately removing the enclosure cover, making it useful for industrial equipment and control wiring that may require routine checks.
The enclosure is rated 120V AC at 15 Amps and accepts 14-20 AWG conductors through its integrated screw terminals. Each terminal has two screws so the two sides can be wired independently. The molded knockout design simplifies cable entry, and the enclosure can achieve IP 65 when installed with the appropriate cable gland and properly closed cover.
🔌 10 Integrated Circuits
Built-in terminal block provides 20 total termination points
⚡ 120V AC / 15 Amps
Rated for compact industrial control and connection applications
🧵 14-20 AWG Conductors
Screw-terminal capacity supports commonly used control-wire sizes
👁️ Clear Cover
Polycarbonate cover allows convenient visual inspection of the terminal area
⚠️ Maintain the IP65 Enclosure Rating
The listed protection rating applies when the enclosure is used with an IP65 cable gland and the cover is properly installed. Match the cable gland to the 13/16 in (20mm) opening and 1/2 NPT thread size, confirm the cable outside diameter is within the gland range, and avoid damaging the molded knockout or cover seal.
👁️ Clear-Cover Wiring Inspection
The transparent polycarbonate cover provides a direct view of the terminal block and conductor area. This helps maintenance personnel confirm wire position and general condition before opening the enclosure for service.
Key Features & Benefits
- Integrated 10-circuit terminal block with 20 total terminations
- Rated 120V AC, 60Hz, and 15 Amps
- Accepts 14-20 AWG conductors
- Two screws per terminal allow each side to be wired independently
- Gray ABS Plastic enclosure base
- Clear polycarbonate cover
- Molded knockout with 13/16 in (20mm) entry opening and 1/2 NPT cable-entry size
- Ingress protection: IP 65 (when used with IP 65 cable gland)
- Overall dimensions: 90mm Width X 100mm Length X 45 mm Height (3.54" x 3.93" x 1.77")
- This model is well suited to control connections and wiring-trunking applications where visible terminal inspection can improve routine maintenance.
- Approvals: UL 508A:2005, CE
Technical Specifications
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Dimensions
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90mm Width X 100mm Length X 45 mm Height (3.54" x 3.93" x 1.77")
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Housing Color
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Gray
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Cover Color
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Clear
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Base Material
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ABS Plastic
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Cover Material
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Polycarbonate
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Connection Capacity
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14-20 AWG
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Wire Entry
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Molded Knockout
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Entry Opening
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13/16 in (20mm)
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Thread Size
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1/2 NPT
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Terminations
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20
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Circuits
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10
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Rated Voltage
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120V AC
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Rated Frequency
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60Hz
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Rated Current
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15 Amps
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Ingress Protection
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IP 65 (when used with IP 65 cable gland)
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Approvals
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UL 508A:2005, CE
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📋 Terminal Enclosure Installation Overview
1. Select the Mounting Location: Confirm that the 90mm Width X 100mm Length X 45 mm Height (3.54" x 3.93" x 1.77") enclosure fits the equipment layout and remains accessible for wiring and maintenance.
2. Prepare the Cable Entry: Open the molded knockout carefully and install a cable gland sized for the 13/16 in (20mm) opening and 1/2 NPT entry.
3. Route the Conductors: Bring the cable into the enclosure without sharp bends or excessive strain, then verify that the gland grips and seals the cable properly.
4. Make the Terminal Connections: Strip and terminate 14-20 AWG conductors using the correct torque and wiring practices for the connected equipment.
5. Reinstall the Cover: Check conductor clearance, close the cover evenly, and inspect the cable-entry seal before energizing the circuit.
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