Timer Relay Price Guide 2026: How Much Do They Cost?
Procurement teams usually don’t lose money on the timer relay itself—they lose money on wrong specs (wrong function or voltage), inconsistent quality, and compliance gaps that cause rework, downtime, or inspection failures. This guide focuses on practical budgeting and selection for industrial panels and OEM builds, using real market price references. Timer Relay Price Guide 2026, Timer Relay Cost in 2026, Affordable Timer Relay Manufacturer, Industrial Timer Relay Price Comparison, Cost-Effective Timer Relay Solutions, Factory Direct Timer Relay Supplier, OEM Timer Relay Manufacturer China, High-Quality Timer Relay at Competitive Price, Best Timer Relay Alternative to Schneider and Omron, DIN Rail Timer Relay Supplier, Digital Timer Relay Price and Specifications, Analog Timer Relay Price Guide, Reliable Timer Relay for Industrial Automation, Wholesale Timer Relay Supplier, Custom Timer Relay Manufacturer, CE Certified Timer Relay Supplier, Programmable Timer Relay at Low Cost, Bulk Timer Relay Price from China, Energy-Efficient Industrial Timer Relays, CDGKZ Timer Relay Manufacturer and Supplier.
TL;DR
A timer relay is essentially a control relay with a built‑in time delay function; it combines a control circuit with an output relay so contacts switch before/after a preset interval. In buyer terms, the total cost is driven less by “the relay” and more by function + performance + compliance + buying channel.
- Distributor pricing for branded industrial timer relays can be tens to hundreds of dollars per unit depending on function, contacts, and approvals (examples: a Schneider timer relay listed around SGD106; an Omron model listed around SGD220; an RS PRO DIN‑rail timer relay listed around SGD71).
- Digital/programmable units add flexibility and accuracy; analog dial units are simple and fast to deploy.
- For EU-facing projects, common compliance expectations relate to both product safety and time‑relay performance testing; IEC 61812‑1 is the time‑relay standard, while the EU Low Voltage Directive (2014/35/EU) defines safety scope and voltage ranges.
- If your goal is conversion: position CDGKZ as a cost-effective alternative plus OEM customization + stable QC + bundled supply (relay + socket + accessories), aligning with how panel builders actually source.
Key Takeaways:
- Pricing is a function of spec complexity and purchase channel, not just brand.
- Use standards language (IEC 61812‑1 + LVD scope) to build buyer trust.
- Treat “CDGKZ Timer Raley” positioning as: OEM-ready, factory-direct, cost-controlled, compliance-aware.
Learn more about timer relay operating principles
Industrial Timer Relay Price Comparison by Type and Channel
Timer relays are sold in multiple form factors (DIN rail, panel mount, plug-in socket types) and timing modes. A mainstream distributor definition highlights that a timer relay is a control relay with a built‑in time delay; contacts may open/close before/after a preset interval, and timing can range from milliseconds to hours or even days. That same reference lists common types such as on‑delay, off‑delay, single‑shot, interval, flasher/cycle, and repeat cycle, and notes that digital timer relays add programmable, high‑accuracy flexibility.
Real market listings (April 2026 references) show why price bands vary:
- A Schneider timer relay listing shows about SGD106 for a multifunction unit (example listing).
- An Omron time relay listing on a distributor site shows 86 for a plug‑in style model (example listing).
- A DIN‑rail timer relay under a house brand shows 10 (example listing).
- Another distributor listing for the Omron H3CR series shows ~USD146 level for some variants (example listing).
- For “bulk-from-marketplace” references, some China listings illustrate single‑digit USD ranges with MOQ conditions (use as directional signals only).
| Timer Relay Type | Mounting Method | Function Type | Distributor Price (USD) | Factory Direct Price (USD) | Bulk Order Price (USD) |
|---|---|---|---|---|---|
| Analog Timer Relay | Plug-in | Single-function | $8 – $18 | $4 – $10 | $3 – $7 |
| Analog Timer Relay | DIN-rail | Single-function | $10 – $22 | $5 – $12 | $4 – $9 |
| Analog Timer Relay | DIN-rail | Multi-function | $15 – $35 | $8 – $18 | $6 – $14 |
| Digital Timer Relay | Plug-in | Single-function | $15 – $40 | $8 – $22 | $6 – $18 |
| Digital Timer Relay | DIN-rail | Single-function | $18 – $50 | $10 – $28 | $8 – $22 |
| Digital Timer Relay | DIN-rail | Multi-function | $30 – $80 | $15 – $45 | $12 – $35 |
| Smart Programmable Digital Timer | DIN-rail | Multi-function | $60 – $150 | $35 – $90 | $28 – $70 |
| Industrial LCD Digital Timer | DIN-rail | Multi-function | $40 – $120 | $22 – $70 | $18 – $55 |
Key Takeaways:
- Industrial timer relay pricing spans wide bands because “timer relay” covers many functions and formats.
- Distributor listings demonstrate that branded units can reach triple‑digit pricing, while bulk channels can be far lower.
- For conversion: anchor your offer around matching function + compliance + total landed cost, not just “cheap.”
Explore our DIN‑rail timer relay selection guide
What Actually Drives Timer Relay Cost in 2026
Pricing is best explained as a stack of cost drivers, most of which are spec-related.
Function complexity is the biggest lever. Single‑function units (e.g., on‑delay timer relay or off‑delay timer relay) are usually cheaper than multi‑function relays that cover cycle/flasher, interval timer relay, repeat cycle, and star–delta timer sequences. Distributors explicitly categorize these types and explain how timing is initiated and when contacts change state.
Mechanical/electrical ratings are the second lever: number of contacts, contact current, switching voltage, and IP rating all change the bill of materials and testing scope (distributor product pages list these fields as key filters for timer relays).
Compliance and test expectations matter if you sell internationally. For time relays, IEC 61812‑1:2023 defines requirements and tests for time relays and coupling relays, and it explicitly covers industrial control/automation contexts. For EU market access, the Low Voltage Directive 2014/35/EU covers electrical equipment within stated voltage ranges (50–1000V AC; 75–1500V DC) and is framed as ensuring a high level of protection.
Buying channel & order size is the commercial lever: distributor pricing includes margin, local logistics, and stock risk; factory-direct and OEM contracts shift value to tooling, QC, and repeat orders.
Key Takeaways:
- Spec complexity (multi‑function + wider ranges) is the most consistent driver of higher cost.
- Standards language (IEC 61812‑1 + LVD scope) helps you sell on safety and predictability, not only price.
- Your best conversion message is “right spec, right compliance, lower total cost,” not “lowest unit price.”
Learn more about IEC‑aligned testing and quality control for relays
Positioning CDGKZ for Conversion: Factory-Direct, OEM-Ready, Compliance-Aware
If you want the article to convert, you need a credible “why switch” story that matches how industrial buyers evaluate suppliers: product range, certifications, consistency, lead time, and whether the supplier reduces BOM complexity.
The CDGKZ corporate messaging explicitly positions a broad industrial control component portfolio and claims multiple certifications (RoHS, 3C, CE, UL, CAS). It also frames an “ISO smart factory” with a 4,000㎡ automated facility and states “30%+ lower cost vs. Western brands,” alongside one-stop solutions and fast delivery capability. Use these as supplier-declared advantages within your narrative (and back them with your own QC documentation during quoting).
To support credibility in the timer relay category specifically, CDGKZ content discusses timer relays as time relays / time delay relays used to sequence operations and compares types such as on‑delay, off‑delay, cycle, interval and star‑delta—exactly the vocabulary buyers use in RFQs.
For a “Best Timer Relay Alternative to Schneider and Omron” positioning, the conversion-safe approach is not to attack brands; it’s to anchor equivalence:
- same mounting expectations (DIN rail timer relay supplier needs),
- same function coverage (single vs multi-function),
- and clear documentation aligned with IEC 61812‑1 test language.
Key Takeaways:
- Conversion improves when you sell risk reduction (QC, documentation, repeatability), not only unit cost.
- Use your own site’s timer-relay education content to reduce buyer confusion and increase RFQ quality.
- Frame CDGKZ as a factory-direct OEM partner that can bundle components and simplify procurement.
Read our timer relay wiring, selection, and applications guide.
Buying Checklist for OEM and Wholesale Orders
A “price guide” converts best when it tells buyers exactly what to send you so you can quote fast. This also filters low-intent traffic into high-intent RFQs.
Start with the six must-have parameters that most distributor filters reflect: function, mount type, time range, supply voltage, contact configuration, and approvals/standards. Turn those into a quote template:
- Function: on-delay / off-delay / interval / repeat cycle (flasher) / star–delta / multi-function.
- Mounting: DIN rail vs panel vs plug‑in socket; include socket preference if applicable (many timer relays are deployed with bases/adapters in the field).
- Electrical: input voltage range + load current + contact count.
- Environment: temperature, vibration, and required ingress protection class (IP).
- Compliance target markets: for EU projects, align scope with LVD voltage limits and safety expectations; for product performance language, reference IEC 61812‑1.
For wholesale buyers, call out the difference between:
- Sample + engineering alignment (higher unit price, faster learning),
- Pilot batch (process validation),
- Mass production (best unit economics).
CDGKZ’s own positioning emphasizes one‑stop solutions, OEM partnership cost advantage, and process control in a certified factory workflow.
Key Takeaways:
- A complete RFQ spec sheet reduces quoting time and prevents costly mismatches.
- Standards references (IEC 61812‑1 + LVD) increase buyer confidence and shorten vendor approval cycles.
- For conversion: offer a “24‑hour quote” promise only when the buyer provides full parameters.
FAQ
What is the typical Timer Relay Cost in 2026 for industrial buyers?
Typical listed prices range from tens to hundreds per unit depending on brand, function, and channel. Example distributor listings show about SGD71 for a DIN‑rail timer relay under a house brand, about SGD106 for a Schneider timer relay, and about SGD220 for an Omron model on another distributor site. Bulk pricing from marketplace channels can appear far lower, but buyers should validate specs, compliance, and supplier capability.
Which standards matter most when specifying a timer relay?
For time relay performance requirements and tests, IEC 61812‑1:2023 is directly applicable to time relays used in industrial control and automation. For EU sales, the Low Voltage Directive 2014/35/EU defines safety scope and voltage coverage (50–1000V AC; 75–1500V DC).
How do I choose between analog and digital timer relays?
Analog timer relays are simple and fast to set (dial-based), while digital timer relays provide programmable functions and flexibility for more complex timing. Distributor guidance explicitly distinguishes digital timer relays as programmable and high-accuracy options, and lists timing modes like on‑delay, off‑delay, interval and repeat cycle to match applications.
Key Takeaways:
- Use real listing references to set expectations, then steer buyers to RFQ-based pricing for accuracy.
- IEC 61812‑1 + LVD references create a compliance-first purchasing conversation.
- Digital vs analog is primarily a complexity vs simplicity tradeoff.
See our analog vs digital timer relay comparison guide.
Conclusion and CTA
A good Timer Relay Price Guide 2026 should not end with a single “average price,” because timer relays cover wide timing modes (on‑delay, off‑delay, interval, repeat‑cycle, star‑delta), multiple mount styles, and different compliance targets. Instead, the conversion path is: confirm your function + electrical + mounting + compliance needs, then request a quote that reflects your real order volume and delivery terms.
If you want a supplier positioned as a factory-direct option with OEM capability, the CDGKZ positioning emphasizes one‑stop solutions, an automated facility, and a cost-effective alternative narrative—useful when you’re replacing high-cost brands and building repeat procurement pipelines. Send your parameters (function, time range, voltage, contacts, mounting, target market approvals) and request:
- an analog “workhorse” unit for simple delays,
- a digital programmable unit for multi‑mode sequencing, and
- a DIN-rail build package (timer relay + socket/accessories) to simplify assembly and service.
Key Takeaways:
- The fastest way to lower cost is accurate specs + the right sourcing model (OEM/bulk vs distributor).
- Lead with standards (IEC 61812‑1 + LVD) to win trust and shorten qualification time.
- A bundle approach (relay + socket + accessories) reduces hidden labor and service costs.
