ProvibTech TM202-A00-B00-C00 Legacy Vibration Monitor-Transmitter
01Product Overview
TM202-A00-B00-C00 is presented as a legacy ProvibTech / PVTVM machinery-monitoring configuration fragment. The submitted string does not contain the full option suffix used to define a complete configured unit, so the page intentionally limits technical claims and treats the installed nameplate as the controlling product identity.
02Specifications
| Manufacturer | ProvibTech, now represented in the PVTVM product line |
|---|---|
| Submitted Model | TM202-A00-B00-C00 |
| Product Context | Legacy machinery vibration monitor-transmitter hardware |
| Configuration Status | Partial order string; remaining suffix must be confirmed |
| Application Family | Rotating-machinery condition monitoring and protection |
| Related Monitoring Functions | PVTVM portfolio includes shaft vibration, position, case vibration, phase reference, and other machinery variables |
| Sensor Interface | Must be confirmed from the full configured suffix and installed sensor system |
| Measurement Range | Must be confirmed from the full configured suffix |
| Signal Output | Must be confirmed from the full configured suffix |
| Power Supply | Must be confirmed from the complete nameplate |
| Mounting | Must be confirmed from the complete model code |
| Hazardous-Area Approval | Do not infer approval; verify the exact nameplate and certificate |
| Procurement Control | Quote only against clear photographs of every nameplate and the complete suffix |
03Features
Design and Functions
- The product belongs to a machinery-condition context in which the measurement variable and range are configuration controlled.
- PVTVM monitoring systems are used around rotating equipment such as turbines, compressors, pumps, and generators.
- Sensor type, cable system, linearization, alarm logic, and output behavior must be treated as one engineered measurement chain.
- The incomplete submitted code is not sufficient to select a compatible probe, driver, transmitter, or replacement unit.
- Nameplate photographs and existing loop documentation are required before any electrical or functional claim can be finalized.
- A safe replacement plan preserves the sensor chain, measurement units, full scale, signal direction, alarm setpoints, and shutdown logic.
Product Identity
Manufacturer: ProvibTech / PVTVM
Model: TM202-A00-B00-C00
Product Type: Legacy Vibration Monitor-Transmitter Configuration
04Applications
- Legacy rotating-machinery condition-monitoring loops.
- Maintenance identification of an installed ProvibTech or PVTVM monitor-transmitter.
- Spare-part review where the current unit has an incomplete purchasing record.
- Migration studies that begin with verification of the complete sensor-to-monitor measurement chain.
05Lifecycle & Replacement
- Treat TM202-A00-B00-C00 as an incomplete legacy configuration, not as a complete ordering code.
- Do not assume a measurement variable, range, power supply, output, mounting style, or hazardous-area approval from the visible fragment.
- Capture front, side, rear, terminal, and certification labels together with sensor and extension-cable part numbers.
- Record the active channel range, engineering units, alarm and trip setpoints, delay logic, relay state, and control-system scaling.
- Select a current PVTVM solution only after the manufacturer or qualified engineering authority confirms functional and certification equivalence.
FAQFrequently Asked Questions
What is
TM202-A00-B00-C00 is a partial legacy ProvibTech / PVTVM vibration-monitoring configuration string.
Which system or application is it designed for?
It is associated with rotating-machinery condition monitoring, but the exact monitored variable depends on the missing option suffix.
What must be matched before ordering?
Match the complete model or article number, installed hardware revision, electrical ratings, interfaces, wiring, approvals, and project configuration.
What information should be recorded before replacement?
Record the complete nameplate, every suffix, sensor and cable part numbers, supply, terminals, output, range, units, mounting, approvals, alarms, and trip logic.
How should lifecycle or migration be handled?
No direct replacement can be confirmed from the partial code; validate the complete measurement chain with the manufacturer or project authority.
What should be checked after installation?
After an approved replacement, verify sensor gap or mounting, signal polarity, full scale, control-system scaling, alarms, relays, trips, and machinery response.
+Recommended Models
| MTN649204 | 2CDG 110095 R0011 | 440-443 |
| D351 V1.1 XA | FC-TSDO-0824 | LC-103X15-B7644 |
| M251022CR 800-0-8049 | 6001994 CT/LC-1000 | MIL-RC3412 10/100BASE-TX |
| ABB 1SAZ211201R1031 | EDS-508A | S2403-0010 |
| LIN52V,55518810 | LS250 OVA59801 | BEGA 10 554 |
| ID11C00TCA300 | 2832328 | 1C31227G01 |
| B3851 | PCS090 PG090.205.B | IDP-PHOTO-IV |
| DPX3 | LQSE-4S5-230-D | MR-52 |
| PXC52 | 17/17.17 | 1100-0-4 |
| TB3140W/U | ELBER-145 | P2WL-P |
