Communication cover
8107X closes an unused communication-module position in the Tricon CX main chassis.
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Copy| Product Name | Triconex 8107X / 8108X / 8109X Tricon CX Blank Slot Panels |
| Item NO. | 2915761 |
| Weight | 0.1 kg = 0.2205 lb = 3.5274 oz |
| Category | TRICONEX |
| Brand | TRICONEX |
| Creation Time | 2026-10-10 |
Triconex · Tricon safety systems
Triconex 8107X / 8108X / 8109X are position-specific blank slot panels for Tricon CX chassis. The 8107X closes an unused communication-module position, the 8108X closes one vacant I/O-module position, and the 8109X closes an unused I/O logical slot. Their system responsibility is mechanical closure of the correct opening rather than processing, power distribution or signal transfer.
Installed in their assigned positions, Triconex 8107X / 8108X / 8109X keep unused chassis openings covered so the intended dust and EMI/RFI enclosure arrangement is retained. Because the three panels match different openings, the slot type must be identified before selection; none of the panels connects to field wiring or substitutes for an active communication or I/O module.
| Technical Item | 8107X | 8108X | 8109X |
|---|---|---|---|
| Brand | Triconex | ||
| Product Type | Blank slot panel | ||
| Country of Origin | United States | ||
| System Platform | Tricon CX | ||
| Assigned Position | Communication-module slot | Single I/O-module position | I/O logical slot |
| Electrical Function | None; passive slot cover | ||
| Power Requirement | None | ||
| Signal Processing | None | ||
| Primary Purpose | Close an unused chassis opening | ||
| Environmental Role | Limit dust and particulate exposure | ||
| EMI/RFI Role | Maintain closed-slot arrangement | ||
| Interchangeability | Position-specific; confirm slot type | ||
8107X / 8108X / 8109X share a passive construction but differ in the chassis opening each panel is shaped and designated to close.
8107X closes an unused communication-module position in the Tricon CX main chassis.
8108X occupies one vacant I/O-module position within the expansion-chassis module layout.
8109X closes an unused I/O logical slot where the paired position is intentionally left vacant.
8107X / 8108X / 8109X support the installed chassis enclosure condition by covering unused positions; they do not add an electrical safety function.
Closing the opening reduces direct exposure of the chassis interior to dust and other particulate matter.
The correct panel preserves the intended physical coverage used to limit electromagnetic and radio-frequency interference.
A blank panel cannot restore failed I/O, communications or processing, and it must not be listed as an active safety channel.
Identify the vacant position before ordering. 8107X is for a communication position, 8108X for one I/O-module position and 8109X for an I/O logical slot.
No. They are assigned to different chassis openings. Confirm the chassis type and physical slot before selecting the panel.
No. They are passive mechanical covers with no backplane processing, wiring or software configuration.
An uncovered position exposes the chassis interior to particulate contamination and weakens the intended EMI/RFI enclosure. The blank panel restores the physical closure.
No. A blank panel cannot process signals or replace failed electronics. Resolve the active module or wiring fault separately.
Provide the complete panel model, chassis model, vacant position and quantity. A front photo of the slot can help distinguish a module position from a logical-slot opening.
MOORE AUTOMATION
https://www.mvme.cn/Moore Automation records each Tricon CX blank-panel model by its assigned slot rather than treating all covers as one item. Model, position and quantity are checked before shipment so 8107X, 8108X and 8109X remain distinct order lines.
| Brand | Model | Brand | Model | Brand | Model |
|---|---|---|---|---|---|
| Siemens | 6ES7288-7DP01-0AA0 | Siemens | 6ES7288-6EC01-0AA0 | Siemens | 6ES7211-1BE40-0XB0 |
| GE Excitation | DS200TCQAG1A | GE Excitation | DS200DCFBG1B | GE Excitation | DS200LDCCH1A |
| GE Fanuc | IC660BBA104 | GE Fanuc | IC660BBA106 | GE Fanuc | IC660BBD021 |
| ABB Robotics | 3HAC038405-003 | ABB Robotics | 3HAC043166-004 | ABB Robotics | 3HAC057551-003 |
| Allen-Bradley | 22B-D010N104 | Allen-Bradley | 22B-D017N104 | Allen-Bradley | 22B-D030N104 |
| Bently Nevada | 330105-02-12-10-02-05 | Bently Nevada | 330106-05-30-10-02-00 | Bently Nevada | 330180-91-05 |
| ABB | PM5675-2ETH | ABB | PM5012-R-ETH | ABB | PM5032-R-ETH |
| TRICONEX | 3664 | TRICONEX | 3674 | TRICONEX | 3700A |
| B&R | X20CS1070 | B&R | X20SI8100 | B&R | X67AM1321 |
| Motorola | MVME2304-0113 | Motorola | MVME2304-0123 | Motorola | MVME2304-0133 |
| Siemens | 6ES7288-7ST40-0AA0 | Siemens | 6ES7211-1AE40-0XB0 | Siemens | 6ES7212-1AE40-0XB0 |
| GE Excitation | DS200SDCCG1A | GE Excitation | DS200DMCBG1A | GE Excitation | DS200SLCCG1A |
| GE Fanuc | IC660BBA105 | GE Fanuc | IC660BBD020 | GE Fanuc | IC660BBD022 |
| ABB Robotics | 3HAC029032-004 | ABB Robotics | 3HAC057549-003 | ABB Robotics | 3HAC057542-003 |
| Allen-Bradley | 22B-D012N104 | Allen-Bradley | 22B-D024N104 | Allen-Bradley | 22B-A1P5N104 |
| Bently Nevada | 330106-05-30-05-02-05 | Bently Nevada | 330106-05-30-10-02-05 | Bently Nevada | 330180-X1-00 MOD 145004-09 |
| ABB | PM5012-T-ETH | ABB | PM5032-T-ETH | ABB | PM5052-T-ETH |
| TRICONEX | 3664E | TRICONEX | 3700 | TRICONEX | 3701 |
| B&R | X20SI4100 | B&R | X20SO4120 | B&R | 8V1010.00-2 |
| Motorola | MVME2304-0121 | Motorola | MVME2304-0131 | Motorola | MVME2304-0141 |
Send the complete model and requested quantity for an exact enquiry record.
Moore Automation Sales Team
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