Supply in Kazakhstan
KEG TRK supplies vibration monitoring and analysis solutions (Bently Nevada) across Kazakhstan: Almaty, Astana, Karaganda, Ust-Kamenogorsk, Aktobe and other regions. Official warranty, monitoring system design, installation, commissioning and personnel training.
Mining equipment
Key features
Applications and resources
Industry solutions, landing pages and articles about 3500/93 System Display
Where it is used
Typical tasks
- Local indication
- Operator interface
- On-site monitoring
Integrated monitoring: ultrasonic diagnostics · motor monitoring · implementation services
Description
The 3500/93 System Display shows all 3500 rack information: system event list, alarm lists and data from channels, monitors, relay, Keyphasor and tachometer modules. It meets API 670 local indication requirements and is configured in 3500 Rack Configuration Software.
The screen is a 640×200 dot monochrome LCD: reflective without backlight or transflective with backlight (which needs the external power supply). It mounts on the face of a full rack with hinges, in a 19" rack, in a panel cutout or on a wall, up to 100 ft from the rack, or up to 4000 ft with external power.
Specifications (datasheet 141543)
| Parameter | Value |
|---|---|
| Display | 640×200 dot FSTN LCD; reflective (no backlight) or transflective with backlight |
| Mounting | rack face, 19" EIA rack, panel cutout, wall; up to 100 ft from the rack (4000 ft with external PSU) |
| Interfaces | RS422 between display and DIM; Bently Nevada and Modbus protocols |
| Power | up to 15.5 W (display + DIM) |
| Status | up to 2 displays per rack, each needs a free slot for its DIM; ~1 s update; new projects use the 3500/94M |
Supply in Kazakhstan
KEG TRK supplies the 3500/93 and its I/O modules and helps with 3500 rack configuration and commissioning across Kazakhstan.
Technical specifications
| Display | 640×200 dot FSTN LCD; reflective (no backlight) or transflective with backlight |
| Mounting | rack face, 19" EIA rack, panel cutout, wall; up to 100 ft from the rack (4000 ft with external PSU) |
| Interfaces | RS422 between display and DIM; Bently Nevada and Modbus protocols |
| Power | up to 15.5 W (display + DIM) |
| Status | up to 2 displays per rack, each needs a free slot for its DIM; ~1 s update; new projects use the 3500/94M |
| Bently Nevada part number | 3500/93 |
Applications
Manufacturer
Bently Nevada
3500/93 System Display: 640×200 LCD for local or remote view of alarms, events and channel values of a 3500 rack
Key specifications
- Display
- 640×200 dot FSTN LCD; reflective (no backlight) or transflective with backlight
- Mounting
- rack face, 19" EIA rack, panel cutout, wall; up to 100 ft from the rack (4000 ft with external PSU)
- Interfaces
- RS422 between display and DIM; Bently Nevada and Modbus protocols
- Power
- up to 15.5 W (display + DIM)
- Status
- up to 2 displays per rack, each needs a free slot for its DIM; ~1 s update; new projects use the 3500/94M
Official supplier in Kazakhstan
Related products
3500/20 Rack Interface Module (RIM)
Bently Nevada 3500 monitoring module for vibration and condition monitoring — supply and service in Kazakhstan.
- RS232 (front panel), RS232/RS422 and internal modem on the I/O module; no Ethernet
- up to 38.4 kbaud (RS232/RS422), 14.4 kbaud (modem)
System 1 — condition monitoring platform
Flagship Bently Nevada condition monitoring and diagnostics platform
- All Bently Nevada systems + third-party systems
- ML, AI, Root Cause Analysis
Need advice?
Our specialists will help you choose the optimal 3500/93 System Display configuration for your equipment.
Related articles
All articles →
10 Equipment Maintenance Strategies That Cut Downtime in 2026
10 maintenance strategies that genuinely reduce downtime in 2026: predictive maintenance, RCM, TPM, and tools like Artesis e-MCM and SDT340, with KPIs you can roll out in stages at plants across Kazakhstan.
Shaft Misalignment: the Hidden Killer of Bearings, Couplings and Seals
Up to half of all rotating equipment failures are linked to shaft misalignment. We break down the types of misalignment, its consequences, and how vibration analysis and current analysis detect it before it destroys couplings and bearings.
What an Hour of Downtime Really Costs and How to Cut Unplanned Stops
Unplanned downtime costs far more than the repair crew's payroll line suggests. We break down the full cost-of-downtime formula and show how switching to predictive maintenance cuts unplanned stops by 30–50%.
4 Stages of Bearing Failure: How to Catch a Defect Months Before It Fails
A bearing doesn't fail instantly — it goes through 4 stages of degradation, and the first one is only visible to ultrasound. We break down the P-F curve and which diagnostic method works at each stage of bearing failure.
The Mysterious 0.6× Frequency — a Frequency That Shouldn't Exist (But Does)
A peak at 0.6× in the spectrum isn't always BPFO. A thought experiment on changing reference frames, and how to confirm the hypothesis with SDT340 ultrasound and Artesis electrical signatures.
Gearbox Diagnostics: Tooth Wear, Pitting and Misalignment Before Shutdown
How to catch gear tooth wear, pitting and misalignment before an emergency stop. SDT 340 ultrasound walkdowns plus Artesis e-MCM on the drive motor — field experience from mining and metallurgy in Kazakhstan.