ProgeBILLD Electrics: Complete Guide to Products & Services

Comparing ProgeBILLD Electrics Models: Features, Specs, and PricingProgeBILLD Electrics offers a range of industrial and commercial electrical products designed for automation, power distribution, and control applications. This article compares the most common ProgeBILLD models across key areas — product families, core features, technical specifications, pricing tiers, and use-case recommendations — to help engineers, facility managers, and procurement teams choose the right equipment.

Product families and intended applications

ProgeBILLD typically organizes its lineup into several product families (names here are illustrative of common industry categories found in similar manufacturers):

• Power Distribution Units (PDUs) — modular panels and boxed units for distributing three-phase and single-phase power in industrial settings.
• Motor Control Centers (MCCs) — integrated motor starters, contactors, and variable frequency drive (VFD) bays for motor control and protection.
• Programmable Logic Controllers (PLCs) and I/O Modules — central controllers with digital and analog I/O for machine automation.
• Industrial Switchgear and Circuit Protection — breakers, disconnects, and switchgear assemblies for plant electrical safety.
• Human-Machine Interface (HMI) Panels and Operator Stations — touchscreens and interface units for machine monitoring and control.

Use cases:

• Heavy manufacturing and process plants: MCCs, switchgear, PDUs.
• Machine builders and OEMs: compact PLCs, I/O modules, HMIs.
• Data centers and critical facilities: redundant PDUs, power monitoring.
• Retrofit and maintenance: modular panels and replacement MCC bays.

Key features compared

Below are several recurring features to evaluate when comparing models:

• Control capabilities: PLC compatibility, onboard logic, and supported communication protocols (EtherNet/IP, Modbus TCP/RTU, Profinet).
• Power ratings: nominal voltages (e.g., 230V, 400V, 480V), current capacities, and short-circuit withstand ratings.
• Protection and safety: integrated overload protection, earth-fault detection, arc-flash mitigation options.
• Expandability and modularity: slot-based expansion, hot-swappable I/O, plug-in communication modules.
• Environmental and mechanical: enclosure NEMA/IP ratings, operating temperature ranges, vibration resistance.
• Diagnostics and telemetry: onboard data logging, SNMP or OPC UA support, remote firmware updates.
• Compliance and certifications: CE, UL508A, IEC 61439 (for switchgear), and relevant industry standards.

Typical technical specifications

Actual specifications will vary by exact model. Representative ranges you can expect:

• Voltage ranges: 120–480 V AC for most industrial units; some control modules support 24 V DC logic.
• Current ratings: from 1–4000 A depending on product class (small PLC power modules up to large MCC sections).
• Short-circuit rating: commonly 10 kA to 65 kA RMS symmetrical for switchgear and distribution panels.
• I/O density: PLCs from 8 to 512 I/O points; distributed I/O modules for higher counts.
• Communication: Ethernet (⁄₁₀₀₀ Mbps), RS-485, fieldbus options; protocol stacks for Modbus, EtherNet/IP, Profinet.
• Temperature: operational -20°C to +60°C typical; conformal coating or cold-start options available for extreme environments.
• Enclosure ratings: IP20 (control cabinets) up to IP66/NEMA 4X for outdoor or washdown environments.

Pricing tiers and cost drivers

ProgeBILLD pricing typically follows market norms where cost depends on complexity, ratings, and services:

• Entry-level controllers/PDUs: \(200–\)1,500 — small PLCs, basic PDUs, and simple I/O modules.
• Mid-range MCC/PLC systems: \(1,500–\)15,000 — modular PLC racks, mid-size MCC sections, HMIs with networking.
• High-end switchgear and large MCC assemblies: \(15,000–\)200,000+ — high current ratings, custom-configured switchgear, and integrated plant control systems.
• Additional costs: customization, factory acceptance testing (FAT), special coatings, extended warranties, and installation/commissioning services.

Cost drivers to consider:

• Custom engineering and panel layout complexity.
• Certification and testing requirements.
• Integration with existing control systems and need for specialty communication modules.
• Lead times and rush manufacturing.

Example comparisons (typical buyer scenarios)

Selection checklist

• Match voltage/current ratings to load and future expansion.
• Confirm communication protocols for PLC/HMI interoperability.
• Verify short-circuit and coordination studies for protection devices.
• Evaluate enclosure rating for environmental exposure.
• Ask about software licensing, firmware update policies, and remote access/security features.
• Consider total cost of ownership: energy monitoring, predictive maintenance, and spare parts availability.

Installation, commissioning, and support considerations

• Request factory acceptance testing (FAT) for critical projects.
• Plan for site acceptance testing (SAT) and commissioning time.
• Verify training availability for operators and maintenance staff.
• Confirm spare parts lead times and local support network.

Final recommendation

Choose ProgeBILLD models based on the application’s power requirements, required control functionality, environmental constraints, and integration needs. For OEMs and small installations prioritize compact PLCs and modular I/O; for plant-wide control pick modular PLC + MCC configurations; for critical facilities focus on redundant PDUs and advanced monitoring.

If you want, provide the exact ProgeBILLD model numbers or your application details (voltage, load, environment), and I’ll make a targeted model-by-model comparison with suggested part numbers and a preliminary BOM.