- Expert Growth
- Analysis & Research
- 100% Secure
We deliver Safe, Reliable, Secure and Cost-Effective solutions to our clients
We take a construction-led approach to design; i.e., we design with ease of construction in mind, reducing problems and costs down the line
MATERIAL ADVANTAGES
Strength
Corrosion Resistance
Durability
Design Flexibility
Quality
Control & Relay Panels
Model: CRP-11 / 33 / 66 / 132 / 230KV
Sheer Industrial Solutions manufactures and supplies metering, control and protective relay panels, Annunciator panels & Mimic control panels for transmission & distribution systems for industrial, utility and power station applications up to system voltage 230KV.
Salient Features:
- Best engineering design
- Simplex / Duplex design
- Transparent glass front door for easy viewing
- Special profile gasket for dust protection
- Suitable for top or bottom cable entry
- Reference standard IS 8623 / IEC 61439
- Compatible to IEC 61850 system
Panel Construction
- Fabricated from powder coated sheet steel, formed and bolted for mechanical rigidity
- Available as swing type or flush mounted type
- Designed to meet differing degrees of protection, cooling and ventilation
- Unitized construction for modular flexibility
RTU Panel
We use Hitachi RTU 560 & RTU 530
Hitachi RTU 560
Reliable RTU Panels for SCADA, Telemetry & Automation Systems We are a professional RTU control panel manufacturer specializing in Hitachi RTU 560 and Hitachi RTU 530–based solutions for industrial automation, utilities, and infrastructure projects. Our panels are engineered to deliver high reliability, seamless SCADA integration, and long‑term operational stability in harsh and remote environments. Hitachi Remote Terminal Units are widely trusted in power, water, oil & gas, and transportation sectors for their robustness and communication flexibility.
The RTU 560 is a high‑performance, modular RTU ideal for medium to large SCADA systems.
Key Features:
- Modular I/O architecture (Analog, Digital, Communication modules)
- Supports IEC 60870‑5‑101/104, DNP3, Modbus, IEC 61850
- High processing speed for real‑time applications
- Redundant power supply and communication options
- Designed for harsh industrial and outdoor environments
Typical Applications
- Electrical substations
- Power transmission & distribution
- Water and wastewater treatment plants
- Oil & gas pipeline monitoring
Hitachi RTU 530
The RTU 530 is a compact and cost‑effective RTU designed for remote monitoring and smaller automation systems.
Key Features:
- Compact, space‑saving design
- Built‑in I/O with flexible expansion options
- IEC 60870‑5‑101/104, Modbus, and DNP3 support
- Low power consumption for remote sites
- Ideal for unmanned stations and outdoor installations
Typical Applications
- Remote pumping stations
- Distribution networks
- Renewable energy systems
- Telemetry and monitoring stations
Our RTU Panel Manufacturing Capabilities We design and manufacture custom-engineered RTU panels tailored to project‑specific requirements using Hitachi RTU 560 and RTU 530.
Panel Design & Engineering
- Single line diagrams and GA drawings
- Power distribution and redundancy design
- I/O marshalling and terminal arrangement
- Communication architecture design (FO, GSM, radio, Ethernet)
Manufacturing & Assembly
- IP‑rated enclosures (indoor & outdoor)
- High‑quality wiring with ferruling and labeling
- Industrial-grade power supplies, breakers, and surge protection
- Compliance with IEC, IEEE, and utility standards
Testing & Quality Assurance
- Point‑to‑point wiring checks
- I/O simulation and factory acceptance testing (FAT)
- Communication and protocol testing
- SCADA integration validation
Commissioning & Support
- Site installation supervision
- SAT and commissioning support
- RTU configuration and protocol mapping
- Long‑term technical support and documentation Industries We Serve
- Power Utilities & Substations
- Water & Wastewater
- Oil & Gas
- Railways & Transportation
- Renewable Energy
- Smart Grid & Smart Infrastructure
Neutral Grounding Resistors (NGR) up to 33kV
A pigmented gel coat is first sprayed onto the mold for a high-quality surface. When the gel coat has cured, glass reinforcing mat and woven roving are placed on the mold, and the catalyzed resin is poured, brushed or sprayed. Manual rolling then removes entrapped air, compacts the composite, and thoroughly wets the reinforcement with the resin. Reinforcements and accessories are affixed depending on the functionality of the final product. A catalyst or accelerator initiates curing in the resin system, which hardens the composite without external heat.
Anti-PID DC Panels for Inverter Protection
The process begins with pattern making, a skilled trade that incorporates elements of fine woodworking. Typical materials used for pattern making are wood, metal or plastics. A pattern is a replica of the final product that is manufactured. The model is used to prepare the mold which represents the cavity into which glass fibers and polyester resins are laid. Often, molds are repeatedly cast from themselves to produce male and female versions until the desired strength and finish is achieved.
Custom LV/MV Panel Manufacturing Solutions
A pigmented gel coat is first sprayed onto the mold for a high-quality surface. When the gel coat has cured, glass reinforcing mat and woven roving are placed on the mold, and the catalyzed resin is poured, brushed or sprayed. Manual rolling then removes entrapped air, compacts the composite, and thoroughly wets the reinforcement with the resin. Reinforcements and accessories are affixed depending on the functionality of the final product. A catalyst or accelerator initiates curing in the resin system, which hardens the composite without external heat.
