TPS010-100W GP Series DIN Rail Power Supply: Compact 10W–100W Switching Power for RFQ-Ready Panels

Why the GP Series Fits BoFu RFQs

BoFu buyers have already passed the awareness stage. They know that a DIN rail power supply is needed, and they may already have a panel layout, load list, wiring concept, and purchasing target. What remains is supplier confidence. The TPS010-100W GP Series is relevant in this stage because it covers common low-power and medium auxiliary rails in a compact housing family, while keeping the selection logic simple enough for repeatable procurement.

The series accepts 90-264VAC input at 47-63Hz or 120-370VDC input, allowing one platform to serve many global cabinet and machine configurations. For international projects, that wide input range helps reduce regional variant complexity. For panel builders, it minimizes last-minute changes when the same machine platform must be shipped to different markets. For procurement, it means the approved part family can stay stable while output voltage and power level are matched to the actual load.

TPS positions this family for customers who need a practical component decision, not a theoretical power discussion. If your RFQ includes building automation control, alarm and safety electronics, LED lighting control, environmental systems, industrial automation equipment, or equipment with strict documentation requirements, TPS can support product selection and provide matching alternatives when the application requires a different power class or feature profile. For example, customers comparing standard GP units with more application-specific 24V devices can also review the TPS030-130W PRO Series DIN rail power supply or higher boost options such as the TPS100-320W Peak DR+ platform.

Model Selection: 12V/24V, 10W/30W/60W/100W

The first selection step is the DC rail. A 12V DIN rail power supply is often selected for compact electronics, auxiliary boards, certain control modules, or legacy control circuits. A 24V DIN rail power supply is the usual choice for many automation panels, sensors, relays, signaling devices, PLC peripherals, and distributed machine I/O. The GP Series provides both output families with adjustable ranges: 12-15VDC and 24-28VDC, allowing engineers to compensate for wiring drop or match load tolerance without overspecifying the power supply.

The second step is continuous output power. For a compact relay panel, the TPS010-GP12V or TPS010-GP24V can be enough. For I/O, safety interfaces, control electronics, or small HMI-related rails, the TPS030-GP12V and TPS030-GP24V provide the next step. For larger cabinet sections or distributed 24V loads, the TPS060-GP12V, TPS060-GP24V, TPS100-GP12V, and TPS100-GP24V help keep the same family logic while scaling output power.

Fast Selection Table for Procurement and Engineering

For RFQs, the safest approach is to share the load list, nominal voltage, peak current, ambient temperature, enclosure constraints, and any required approvals. TPS can help validate whether the GP Series is the correct product family or whether a different DIN rail power supply, programmable DC source, 19-inch chassis integration, or complete cabinet-level solution is a better commercial and technical fit. Customers can start from the TPS DIN rail power supply solution page when the specification is still being finalized.

Technical Parameters Procurement Should Confirm

In a late-stage purchasing decision, small specification details can have a large project impact. The GP Series lists no-load consumption below 0.3W, useful for systems where standby losses matter. The series also specifies 20ms hold-up time at full load and 230VAC, ripple/noise below 1% of output voltage, and automatic recovery protections including overload, overvoltage, and overtemperature behavior. For engineers, these values help determine whether the unit can support stable DC rails under real cabinet operation. For buyers, they provide measurable parameters that can be compared without turning the RFQ into a brand-driven comparison.

Safety and compliance signals are equally important. The specification lists CE compliance with the Low Voltage Directive 2014/35/EU and EMC Directive 2014/30/EU, EN61347-2-13 LED safety certification, and safety references including IEC/EN/CSA standards. The GP Series profile follows low-voltage switchgear and controlgear expectations, uses convection cooling, and is described with IP20 double insulation. These details help purchasing teams ask the right questions during vendor approval: What documentation can be provided? Which standards are relevant to the final system? Are there installation notes that affect panel layout or thermal design?

Where a project requires higher dynamic headroom, a higher boost power supply may be more appropriate than oversizing a compact GP unit. TPS can support that discussion through related DIN rail portfolios such as the TPS100-320W Peak DR+ DIN rail power supply. Where the need is laboratory validation rather than cabinet supply, TPS can also support evaluation using programmable DC equipment such as the EA-PS 3200-02 C desktop programmable DC power supply or the EA-PSI 9000 DT programmable DC power supply.

Integration, Mounting, Wiring, and Derating

The GP Series is designed for vertical DIN rail mounting on TS35/7.5 or TS35/15 rails. Dimensions scale by power class: 10W at 91 x 23 x 60mm, 30W at 91 x 53 x 60mm, 60W at 91 x 71 x 60mm, and 100W at 91 x 90 x 60mm. This helps panel builders reserve space early and prevents a common RFQ issue: approving a part electrically, then discovering late that the cabinet row, airflow, or terminal access is not acceptable.

Wiring details should be checked before final release. The N, L, and DC terminals accept AWG26-14 cable, corresponding to 0.15-2.5mm², with 300VAC rating. The mechanical drawing identifies the N/L input terminal, DC-OK LED indicator, DC output adjustment, and DC output terminal. For service teams, the DC-OK indicator can simplify troubleshooting. For electrical engineers, the output adjustment supports practical voltage tuning while keeping the design inside the specified output range.

Thermal design is a supplier approval topic, not a footnote. The specified operating range is 0°C to 50°C ambient, with operation from 50°C to 70°C requiring derating. In compact cabinets, near drives, or in sealed enclosures, the ambient temperature around the power supply can be higher than the room temperature. TPS can help review these constraints at the RFQ stage so the selected DIN rail power supply is sized realistically, not just nominally.

Application Fit for Automation and Control Cabinets

The GP Series is best understood as a compact switching power supply family for distributed industrial and building-related electronics. In building automation, it can feed controllers, gateways, interfaces, small actuators, or signal devices. In alarm and safety systems, the selection discussion should consider backup architecture, load priority, and system approvals. In LED lighting control, EN61347-related safety documentation can be relevant when the power supply is used around lighting-control circuits. In environmental control systems, low standby losses and predictable 24V rail behavior can support stable operation of sensors, relays, and control boards.

For industrial automation, the purchasing requirement is often repeatability. A panel builder may need one 24V rail for sensors, a smaller 12V rail for embedded electronics, and a higher-power option for machine sections with more I/O. Keeping these options inside one supplier discussion makes the RFQ easier to approve. If the scope expands from a small supply to a cabinet or rack-level integration, TPS can support related mechanical and power infrastructure, including 6U 19-inch chassis power supply integration and Sentinel-Y 42U 19-inch power cabinets.

Medical equipment is listed among typical application areas, but final medical-system compliance always depends on the complete equipment architecture, installation, approvals, leakage current strategy, enclosure design, and risk file. TPS can help procurement and engineering teams treat the GP Series as part of a system-level review rather than a standalone shortcut.

RFQ Checklist for Faster Supplier Approval

To receive a useful quotation, provide more than a part number. A strong RFQ for the TPS010-100W GP Series should include the selected output rail, required continuous load, peak current behavior, input source, cabinet ambient temperature, DIN rail space, approvals required by the end market, expected annual quantity, project phase, and target delivery schedule. Also specify whether the request is for a single part, a qualified equivalent, a multi-product DIN rail power package, or an integrated control cabinet scope.

For direct product selection, use the relevant shop pages: TPS010-GP12V, TPS010-GP24V, TPS030-GP12V, TPS030-GP24V, TPS060-GP12V, TPS060-GP24V, TPS100-GP12V, or TPS100-GP24V. For project-level selection, start with TPS DIN rail power supply solutions so the engineering and sales team can align the recommended product with the full application.

FAQ

Which GP Series model should I choose for a 24V control cabinet?

Start with the continuous 24V load and add realistic margin for startup behavior, relay coils, sensors, and service expansion. The 24V models cover 10W, 30W, 60W, and 100W classes, with the TPS100-GP24V providing 24-28V output at 4.2A and 100W.

Can TPS support an equivalent DIN rail power supply for an existing design?

Yes. TPS can review the existing electrical requirements, cabinet constraints, approvals, and commercial needs to recommend a GP Series model or another TPS DIN rail power supply solution.

What information should be included in a DIN rail power supply RFQ?

Include output voltage, continuous and peak current, input supply, ambient temperature, panel space, compliance requirements, expected quantity, delivery schedule, and whether you need a single product or a broader system solution.

Is the GP Series suitable for high-temperature cabinets?

The GP Series operates at 0°C to 50°C ambient and can operate from 50°C to 70°C with derating. For warm cabinets, provide the actual internal temperature and airflow assumptions so TPS can help validate the selection.

Where can I request project-level support?

Use the TPS DIN rail power supply solution page to contact TPS for RFQ support, technical selection, and project consultation.