Industrial & Remote Site: Industry Hub
Industrial UPS Batteries:
Mill control, comms & remote-site replacement sets across Canada
Replacement battery sets for the rack-mount and small-tier UPS plant deployed in industrial control rooms, mine comms buildings, mill office IT closets, and remote-site stocking inventories from Yukon to Newfoundland. Matched by chassis model code: Smart-UPS RT for control rooms, Smart-UPS X for extended-runtime comms buildings, SU-XL parts kits for pre-positioned spares, shipped from Canada.
Industrial UPS battery procurement is a different problem than the data center
Three reasons mine electricians, mill maintenance teams, and remote-site purchasing buyers keep landing on the wrong assumption about what an industrial UPS battery purchase looks like.
First, an honest scope note: we serve the rack-mount tier, not the industrial UPS plant. True industrial-grade UPS systems (Gutor PXC for refineries, PowerUPS 6000 for substations, Eaton 93PM industrial for process plants) use industrial-grade traction-style battery cabinets that don’t take commercial drop-in replacement cartridges. Those are out of our catalog scope: if your refinery’s 200kVA Gutor needs a battery cabinet refresh, that’s a specialty industrial-power-systems job, not a UPS Plus Battery cartridge order. What we do serve, and serve well, is the rack-mount and small DIN-rail tier that shows up everywhere in industrial settings: the Smart-UPS RT in the mill control room, the Smart-UPS X in the mine comms building, the Smart-UPS XL in the substation maintenance office, the small Eaton 5PX behind the SCADA workstation. The industrial site has a main UPS plant; it also has dozens of these smaller UPS units protecting individual workstations, network gear, and instrument racks. The smaller tier is what gets refreshed by mill electricians and what we ship cartridges for.
Dust and thermal stress shorten battery life ~30%. A Smart-UPS RT 5000 deployed in a copper concentrator’s mill control room or a nickel refinery’s process-control suite sees an operating environment dramatically different from the same unit in an office building. The control room may sit at 28 to 32°C ambient in summer (HVAC sized for equipment, not human comfort), with fine mineral dust circulating through the chassis fans, and an electrical noise floor an order of magnitude higher than a clean-room data closet. VRLA service life halves for every 8 to 10°C of sustained ambient above 25°C; dust accumulating in the chassis fan path raises internal temperature further; the result is batteries reaching end-of-life year 4 to 5 in industrial deployments where the same hardware in a Bay Street office would still be healthy at year 7. The refresh cadence is faster, the timing is harder to predict, and the procurement budget needs to reflect both.
Remote-site logistics inverts the purchasing pattern. A mining operation at Voisey’s Bay in Labrador or a placer site in the Yukon doesn’t order one cartridge when a UPS alarm trips, the freight from the Montreal area to the nearest road terminal is multiple, the last-mile is fly-in or barge, and the avoided-emergency cost of having a spare on-site already vastly outweighs the carrying cost of pre-positioned inventory. The procurement pattern is bulk-stocking purchase: order quantity that covers the next 18 to 24 months of expected refreshes across all the on-site UPS units, store at the site warehouse, draw from stock as alarms trip. That changes everything about how the buyer thinks: shelf-life of unopened cartridges matters, transit and storage conditions matter, the date-code window on the manufacturer label matters more than the unit price does. A Cyclone-delivered emergency cartridge to a fly-in mine site can run 3× the catalog price by the time the freight settles, the bulk-stocking buy at planned-buy pricing is the only economically sensible pattern.
This hub walks through three industrial scenarios drawn from Canadian mining, comms-infrastructure, and remote-site stocking procurement patterns, mill-control Smart-UPS RT in dusty environments, mine comms-building Smart-UPS X with extended runtime, and the pre-positioned remote-site parts kit, plus a fourth section on cold-climate battery considerations for Yukon, NWT, and Nunavut deployments. Review the linked replacement battery sets; current availability, volume pricing, packaging, and freight-handling options are confirmed on the written quote.
A Sudbury-region mill control room replaces its Smart-UPS RT 5000 batteries two years earlier than the office-tier service curve predicts
When a Smart-UPS RT is deployed in a mineral-processing mill’s control room, dust accumulation and elevated ambient temperature combine to shorten battery service life by ~30% versus the same hardware in a clean office environment, and the refresh cadence has to be planned around year 4 to 5, not year 7
The setting
A mid-tier base-metals mill in the Sudbury Basin runs its process-control room off a pair of APC Smart-UPS RT 5000VA units (typically the SURTD5000RMXLI or SURT5000XLI rack-mount tower variant, depending on the deployment vintage) protecting the SCADA HMI workstations, the OPC server, the redundant PLC network switches, and the operator-console video wall. The control room is climate-controlled but sized for the equipment load, 28 to 30°C summer ambient is normal, and the room sits 30 metres from the mill floor where fine mineral dust circulates through the building’s general HVAC return. The Smart-UPS RT chassis fans pull room air through the cartridge bay; over years of operation, a measurable dust film accumulates on the battery cells’ surfaces and on the internal heat sinks.
This is a textbook industrial deployment of office-tier UPS hardware. The Smart-UPS RT was designed around a 25°C nominal ambient and a clean rack environment; the mill control room is neither. The hardware still works: the chassis is rated for an operating temperature window that covers the mill’s range, but the battery chemistry is paying for the stress every day.
The trigger
Four years and eight months after the initial mill control room deployment, the mill’s instrument-electrician team gets a Replace Battery alarm during a routine weekly self-test on the first of the two Smart-UPS RT units. The runtime indicator drops from a nameplate ~12 minutes at the actual load to a measured ~3 minutes. The electrician opens a ticket with the mill’s reliability engineer, who flags it as the leading edge of a paired-cohort refresh, both units were installed in the same procurement window, both have been running under the same dust-and-thermal load, and the second unit is expected to alarm within months of the first. The reliability engineer’s question to procurement: how do we source a matched pair of replacement cartridges with a documented date code, shipped to a Sudbury-region warehouse address with no surprises?
The Arrhenius math behind the early refresh
VRLA AGM service life is governed primarily by the Arrhenius rule: useful life halves for every 8 to 10°C of sustained ambient above 25°C. A clean office environment running at 22 to 24°C ambient delivers the full nameplate ~7-year service life on Smart-UPS RT 5000 cartridges. A mill control room running at 28 to 30°C ambient through summer (with the unit’s internal temperature sitting a few degrees above ambient due to charge-current losses and restricted airflow from dust accumulation) integrates to roughly half-life on the service curve, the operator should plan for year 4 to 5 refreshes, not year 6 to 7. Add dust accumulation that further restricts fan-cooled airflow, and the lower bound of that window tightens further. The refresh cadence isn’t a defect: it’s the physics of the deployment. What the mill’s reliability engineering team can control is the procurement timing, the cartridge date-code freshness, and a periodic fan-bay cleaning to keep dust accumulation in check.
The recommendation
For an industrial control-room Smart-UPS RT deployment, the right pattern is a matched-pair refresh on a 4 to 5 year cadence, with the cartridges matched to the specified UPS chassis and installation cohort. Bulk pricing applies on orders of 5+ identical cartridges, useful if the mill operates multiple control rooms on the same chassis platform (process control, hoist control, mill-feed control, concentrate-shipping control). Current product pricing is confirmed on the linked product pages and the written project quote. (Pricing is consistent across the RT 3000/5000 tier for the assembled-set form factor.) For SURT5000RMXLT-class units (the 208V North American rack-mount variant common in newer deployments), the matched cartridge is the SURT5000RMXLT Battery Replacement Kit at current quoted pricing from the data center-tier catalog.
One operational note we hear often from mill reliability teams: schedule a fan-bay cleaning at every cartridge refresh. The dust accumulated over 4 to 5 years is doing measurable damage to airflow; a 10-minute compressed-air pass at refresh time recovers cooling margin for the next service cycle. If the chassis fans themselves are noisy or showing bearing wear at refresh time (common at year 5 in dusty deployments), replace the fan assembly at the same procurement window, we can quote APC fan kits alongside the cartridge order if your chassis variant supports field-replaceable fans. Availability and delivery timing are confirmed before the order is finalized.
Recommended for this scenario
APC Smart-UPS RT 3000 / 5000 battery sets: matched to your control-room chassis variant, paired pricing on industrial refresh cohorts of 5+ identical cartridges.
The remote comms building where 10 minutes of bridge runtime isn’t enough, and the SMX with extended-runtime EBMs is the right tool
A standalone Smart-UPS X 3000 with two external battery modules is the standard pattern for a remote mine’s comms building protecting a microwave radio, a satellite uplink modem, and the building’s alarm panel, and the refresh has to preserve the runtime profile, not just swap one cartridge
The setting
A mining operation in Northern Ontario / Northern Quebec / Labrador runs a network of small comms buildings between the main mill and the various pit-edge or processing-circuit locations. Each comms building is a small (3 m × 4 m) insulated steel structure housing: a microwave radio (point-to-point link back to the mill comms tower or to a satellite-uplink hub), a fibre-to-Ethernet media converter, a small managed switch, an alarm panel reporting back to the mill control room, and an industrial-grade space heater. The total electrical load is modest (300 to 800W typical) but the criticality is high, if the comms building loses power, the mill loses telemetry from one or more circuits.
The standard UPS protection pattern for these buildings is a single Smart-UPS X 3000 (the SMX3000HV or SMX3000RMHV2U depending on rack-vs-tower preference) with one or two SMX120BP external battery modules attached. The why: a microwave repeater riding through a 15 to 30 minute utility outage during a winter ice storm needs more than the 5 to 8 minute nameplate runtime that a standard Smart-UPS C / SMT would deliver; the Smart-UPS X chassis architecture pairs an internal battery set with optional EBMs to extend that to 30 to 75 minutes, which is the realistic recovery window for remote-site utility events.
The trigger
A 5-year-old SMX3000RMHV2U in a comms building servicing the mill’s tailings-circuit monitoring sees its first Replace Battery alarm during a quarterly preventive-maintenance visit by the mining operation’s comms technician. The runtime indicator reads 9 minutes against a nameplate ~32 minutes (chassis-internal plus one SMX120BP EBM at the modest comms-building load), the unit is well past serviceable runtime for its design purpose. The technician opens a ticket with the operation’s electrical-engineering office, which reviews the deployment record and confirms the unit was installed in 2020 with one SMX120BP attached. The refresh question: replace both the chassis-internal battery set and the EBM cartridge in a single procurement window, or sequence them?
Why coordinated string refresh matters here
The internal battery set in the SMX chassis and the cartridges in any paired EBM are wired in series-parallel as a single DC bus, the BMS sees them as one logical battery string, not as separate units. Refreshing only the chassis-internal cartridge while leaving the EBM running on year-5 cells creates an impedance gradient between fresh and aged cells: the new internal cells exhibit lower internal resistance, take more of the discharge current during a utility event, and accelerate their own degradation while the aged EBM cells stay relatively underused. Within 18 to 24 months the new internal set has aged disproportionately, and the comms building’s actual runtime under fault doesn’t recover the way the procurement intended.
The right pattern for any Smart-UPS X with one or more attached EBMs: refresh internal + EBM together, in a single ordering window, with cartridges from the same manufacturing date code where inventory allows. For a multi-comms-building operation refreshing 4 to 8 SMX deployments across a single mine site, that means an 8 to 16 cartridge bulk order at the site-stocking pricing tier, scheduled across an 8 to 10 week field-replacement window managed by the operation’s comms-electrician team.
The recommendation
For an SMX2200HV or SMX3000HV / SMX3000RMHV2U deployment with one or two paired SMX120BP EBMs, the refresh pattern is a coordinated string refresh: one internal battery set per chassis plus one EBM cartridge per attached module. Current product pricing is confirmed on the linked product pages and the written project quote. (The SMX-series pricing is consistent across the 2200/3000VA tier, the variant code reflects chassis form factor and regional voltage, not battery capacity differences.) For a multi-building refresh covering 4 SMX3000RMHV2U chassis with one EBM each, that’s an 8-cartridge bulk order at site-stocking pricing.
Coordinate the field-replacement schedule with the operation’s window of acceptable comms-link interruption. For comms buildings serving non-critical monitoring (tailings-pond level instrumentation, secondary alarm circuits), a single-pass refresh is feasible during a daytime maintenance window with no link-redundancy required. For comms buildings serving critical telemetry (mill control HMI repeaters, safety-system uplinks), schedule the refresh during a planned maintenance shutdown with the comms link handed over to a backup path. Packaging and freight-handling options, if available, are confirmed on the written quote, useful for fly-in deployments where the cartridges may sit at -20°C ambient during transport for several days.
Recommended for this scenario
APC Smart-UPS X 2200 / 3000 battery sets for remote comms-building deployments, coordinated internal-plus-EBM refresh, model-matched inventory, packaging and freight-handling options confirmed on the written quote.
A Voisey’s Bay-class fly-in mine orders an 18-month parts kit and stocks it on-site
For a remote mine that pays multi-thousand-dollar emergency aircraft dispatch on any urgent parts delivery, the rational procurement pattern is an 18- to 24-month parts kit ordered once, packaged for cold-climate transit, and drawn from on-site stock as alarms trip
The setting
A nickel, gold, or rare-earth mining operation in a fly-in or barge-access location, Voisey’s Bay in Labrador, Meadowbank in Nunavut, an Ekati / Diavik diamond-mine-class site in NWT, or a Yukon placer-operation winter camp, runs its on-site infrastructure off a mixed UPS fleet. The operation typically has: a main mill control room with Smart-UPS RT or SU-XL units protecting the SCADA HMI workstations and PLC network gear; one to several comms buildings with Smart-UPS X units protecting microwave and satellite-uplink hardware; a maintenance-office IT closet with Smart-UPS XL or older SU-series units protecting the office network; instrument racks at remote process-circuit locations with smaller Smart-UPS C / SMT units. The total UPS-protected load across the site is in the 20 to 60kVA range, distributed across 15 to 40 individual UPS units.
The site warehouse is hundreds of kilometres from the nearest highway terminal. Resupply happens on a fly-in schedule (typically 2 to 4 flights per week from a regional hub like Yellowknife, Iqaluit, or Goose Bay) or on a winter-road / summer-barge cycle. Emergency dispatch of a single cartridge by Cyclone or chartered Twin Otter adds freight cost before the part itself is even invoiced. Carrying inventory on-site is cheap; emergency freight is expensive. The procurement pattern follows the math: order a stocking kit sized to 18 to 24 months of expected refreshes across the site, ship in a single bulk consignment, store at the site warehouse under the storage and handling conditions confirmed for the shipment, draw from stock as UPS alarms trip.
What goes in the kit
A typical stocking kit for a 30-UPS-unit mine site might cover: 4 to 6 Smart-UPS RT 3000/5000 cartridges (mill control room), 3 to 5 Smart-UPS X 2200/3000 cartridges (comms buildings, plus EBM cartridges for any EBM-attached units), 4 to 6 Smart-UPS XL SU2200/3000 cartridges (maintenance office and instrument-rack deployments), and a small inventory of smaller cartridges for SMT-class units at instrument-rack locations. The site’s electrical-engineering team works backwards from the deployment register: how many UPS units of each class are installed, how old is each cohort, what’s the expected refresh window, what’s the stocking buffer for unexpected failures. The result is a single PO covering 20 to 40 cartridges across 6 to 10 SKU types, shipped together in one consolidated freight movement.
Why date-code freshness matters more here
VRLA AGM cartridges begin losing capacity from the day they leave the manufacturing line, even unused on a shelf. A cartridge sitting on a US distributor shelf for 18 months in an unheated warehouse arrives with significantly degraded capacity before it’s ever installed. For a remote-mine stocking buy: where the cartridge may then sit in the site warehouse for another 12 to 18 months before being drawn from stock, compounding shelf-aging is a real procurement risk. A cartridge with 24 months of distributor shelf-aging plus 12 months of site warehouse aging is fundamentally a different product from a cartridge whose storage history is documented. The procurement decision needs to filter on date-code freshness at the supplier end, you can’t control the on-site aging once it arrives, but you can refuse to accept old-stock inventory from the supplier.
Date-code documentation is available on request where inventory permits. For bulk stocking orders, the available date-code window can be recorded on the written quote so the site can manage its own rotation plan.
The recommendation
For a remote-mine stocking purchase, size each order from the current deployment register, projected refresh needs, storage conditions, and destination logistics. Current availability, volume pricing, date-code documentation where inventory permits, packaging, and freight handling are confirmed on the written project quote. Purchase orders are accepted from approved business and public-sector accounts; Net-30 terms are for government institutions only. Apply for a business account, then enter your purchase order number at checkout.
For very large stocking orders (60+ cartridges or 200+ kVA total UPS-protected capacity), we can pre-stage the consolidated freight movement to a regional hub (Yellowknife, Edmonton, Goose Bay) for handoff to the operation’s preferred fly-in carrier, useful for operations with established air-freight arrangements. Purchase orders are accepted from approved business and public-sector accounts; Net-30 terms are for government institutions only. Apply for a business account, then enter your purchase order number at checkout.
Recommended for this scenario
A representative mix for a remote-mine stocking kit, Smart-UPS RT mill-control, Smart-UPS XL maintenance-office, and Eaton EBM for mixed-vendor deployments. Customize the SKU mix to your site’s deployment register.
Cold-climate battery considerations, small RBC cartridges for repeater huts and instrument cabinets
Many of the smaller UPS units in a remote-site deployment, microwave repeater huts, instrument cabinets at process-circuit edges, telemetry-monitoring stations along pipeline or transmission corridors, run on Back-UPS Pro and small Smart-UPS chassis that use the APC RBC-series replacement cartridges. These are the deployments where ambient conditions are most extreme: unheated huts or marginally-heated enclosures that may see -30°C overnight in winter, with shelf-stored cartridges sitting in the same conditions. The RBC-series cartridges are physically smaller, often easier to handle in cold-weather field-replacement, and benefit most from cold-climate packaging during transit.
Common industrial-deployment UPS models, matched battery sets
Quick-reference table covering the three scenario tiers above plus the cold-climate RBC subset. Match by UPS chassis model code (printed on the chassis label), the VA rating alone is not sufficient for cartridge selection in any of these tiers.
| Deployment tier | Common UPS chassis | VA rating | Matched battery set | Current pricing |
|---|---|---|---|---|
| Mill control room | SURTD5000RMXLI |
5000VA | SMART-UPS RT SURTD5000RMXLI Battery Set | See product page |
| Mill control room | SURTD5000RMXLP3U |
5000VA | SMART-UPS RT SURTD5000RMXLP3U Battery Set | See product page |
| Mill control room (tower) | SURT5000XLI |
5000VA | SURT5000XLI Battery Set | See product page |
| Mill control room (smaller) | Smart-UPS RT 3000 |
3000VA | Smart-UPS RT 3000 Battery Set | See product page |
| Mill control room (cartridge) | RWRT3000XLT / RWRT3000XLU |
3000VA | Smart UPS RT RWRT3000 Battery Cartridge | See product page |
| Mill control room (cartridge) | RWRT5000XLU |
5000VA | Smart UPS RT RWRT5000XLU Battery Cartridge | See product page |
| Comms building Smart-UPS X | SMX2200HV |
2200VA | SMX2200HV Battery Set | See product page |
| Comms building Smart-UPS X | SMX3000HV |
3000VA | SMX3000HV Battery Set | See product page |
| Comms building Smart-UPS X (rack) | SMX3000RMHV2U |
3000VA | SMX3000RMHV2U Battery Set | See product page |
| Maintenance-office SU-XL | SU2200RMXL3U |
2200VA | SMART-UPS XL SU2200RMXL3U Cartridge | See product page |
| Maintenance-office SU-XL | SU3000RMXL3U |
3000VA | SMART-UPS XL SU3000RMXL3U Cartridge | See product page |
| Mixed-vendor Eaton EBM | EBM72VRT2U |
EBM | Eaton EBM72VRT2U Replacement Battery Kit | See product page |
| Repeater hut / instrument cabinet | RBC50 |
cartridge | APC RBC50 Battery Cartridge | See product page |
| Repeater hut / instrument cabinet | RBC116 |
cartridge | APC RBC116 Battery Cartridge | See product page |
| Repeater hut / instrument cabinet | RBC130 |
cartridge | APC RBC130 Battery Cartridge | See product page |
Industrial-grade UPS plant (Gutor PXC, PowerUPS 6000, Eaton 93PM industrial)? Those use traction-style battery cabinets that aren’t in our drop-in-replacement catalog scope. Email us your chassis model code anyway: if the application is for a smaller satellite UPS protecting instruments adjacent to the main industrial plant, we likely have a matched cartridge. For the main industrial UPS plant itself, we’ll refer you to a specialty industrial-power-systems supplier rather than mis-spec a cartridge that doesn’t fit.
Battery chemistry, cold-climate derating, and the engineering rules that govern industrial deployments
Four things worth knowing before you order a stocking buy for a mine site, mill control room, or remote comms infrastructure, especially around cold-climate performance and the long supply chains that favour degraded inventory in the procurement channel.
VRLA AGM cold-climate performance: expect significant capacity drop below freezing
VRLA AGM batteries are rated against a 25°C reference temperature and lose available capacity rapidly as temperature drops. The rule-of-thumb derating is roughly ~50% available capacity at -20°C versus the 25°C nameplate, with continued degradation below that. A comms building or repeater hut in northern Canada that sees -30 to -40°C overnight ambient through winter is operating its UPS battery at a fraction of nameplate runtime, the chemistry doesn’t deliver the rated discharge current at those temperatures. Practical implications: size the UPS deployment for the actual cold-weather load case, not the 25°C nameplate. A site with a microwave repeater needing 30 minutes of runtime during a winter ice storm should be specified with chassis-plus-EBM capacity sufficient to deliver 30 minutes at -20°C ambient (which means oversizing relative to the 25°C nameplate). For existing deployments where the original sizing didn’t account for cold-weather derating, the refresh window is the opportunity to add an EBM or upsize to the next chassis tier.
Shelf life of unopened replacement batteries: the date code is the real spec
VRLA AGM cartridges begin losing capacity from the day they leave the manufacturing line, even unused and sealed in original packaging. The typical curve is ~3% capacity loss per month at 20°C storage, accelerating in warmer warehouses. A cartridge with 18 months of distributor shelf-aging plus 12 months of site warehouse aging arrives at installation with significantly less than nameplate capacity. For a remote-site stocking buy, the unit shelf-life budget is the difference between buying from a supplier that rotates inventory and documents the product offered (our Montreal-area warehouse) versus buying from a generic distributor channel where inventory may turn slowly. The date code printed on the manufacturer label is the procurement spec that matters most. For long-lead remote-site stocking orders, ask the supplier for the date-code window across the consignment and structure the site warehouse’s shelf rotation against installation date so the oldest stock gets drawn first.
Why documented inventory handling matters at remote sites, supply chains favour aged stock
Remote-mine procurement teams who go through generic distributor channels are often unknowingly served from the back of the inventory rotation, the distributors’ freshest stock gets drawn for the higher-volume major-market office-tier customers, and the older inventory drifts toward the lower-frequency / one-off remote orders. For a site that’s shipping cartridges thousands of kilometres at significant freight cost, accepting shelf-aged inventory means paying premium freight to deliver a degraded product. Documented inventory handling matters most exactly where the procurement attention is lowest. The rule: name the date-code requirement explicitly in the PO (typical: “date code documented on the packing list where inventory permits”), and ask the supplier to confirm in writing before shipment. Suppliers who can’t commit shouldn’t get the order, the cartridge cost is small relative to the freight and emergency-dispatch costs the procurement is designed to avoid.
Lithium-Ion for industrial applications: emerging, not yet dominant
The premium-tier APC SRTL Lithium-Ion line and the Eaton 9PX-L Lithium variant are emerging options for industrial deployments where the wider thermal tolerance and longer calendar life of Li-Ion would solve specific problems, in particular, deployments where the ambient temperature regularly exceeds 30°C or where unattended cycling is expected. The trade-offs: 2 to 2.5× capex premium versus equivalent VRLA, chassis specifically engineered for Li-Ion (you can’t retrofit a Smart-UPS RT or SMX with Li-Ion cartridges), and a more complex BMS profile that may require firmware updates and operator retraining. For most current industrial deployments running on existing VRLA-architecture chassis, the right path remains replace VRLA with VRLA, with Li-Ion considered at the next full chassis-replacement cycle if the deployment’s thermal-cycling profile justifies it. For new industrial deployments where the chassis selection is open, Li-Ion is worth costing out against the longer-life economics on a multi-decade infrastructure horizon, particularly for fly-in sites where the avoided-refresh cost over 10 to 15 years can justify the upfront premium.
Cold-weather shipping information to provide with a quote request
For cold-weather or remote routes, provide the destination, season, expected temperature exposure, storage conditions, and freight handoffs with the quote request. Packaging and freight-handling options, if available, are confirmed on the written quote for the consignment. No thermal-buffer duration or post-installation performance claim is made.
Build a remote-site stocking kit sized to 18 to 24 months of expected refreshes
The standard procurement configuration for a fly-in or barge-access mining operation: a single bulk PO covering 18 to 24 months of projected cartridge refreshes across all on-site UPS tiers, packaged for cold-climate transit, drawn from site-warehouse stock as alarms trip. Three SKUs anchor the typical kit: mill-control Smart-UPS RT, comms-building Smart-UPS X, and maintenance-office Smart-UPS XL, with the SKU mix and quantity tuned to your site’s actual deployment register.
Per-tier typical kit: current quoted pricing for one Smart-UPS RT 3000 + one SMX3000HV + one SU3000RMXL3U stocking unit. Scale to your actual on-site deployment register, a typical 30-UPS-unit mine site lands somewhere in the 20 to 40 cartridge range across 6 to 10 SKUs. Add RBC-series cartridges for any small Back-UPS Pro and Smart-UPS C / SMT units at instrument-rack locations, and Eaton EBM72VRT2U for any 5PX deployments. Packaging and freight-handling options, if available, are confirmed on the written quote. Bulk pricing on qty ≥ 5 of any single SKU; purchase orders are accepted from approved business and public-sector accounts; Net-30 terms are for government institutions only. Apply for a business account, then enter your purchase order number at checkout. Request a custom remote-site kit quote →
Questions industrial and remote-site buyers actually ask
What battery do I need for a SURT5000RMXLT in a dusty mill control room?
Can I store replacement batteries at a remote mine site for years without significant degradation?
What’s the battery’s operating temperature range, can I run UPS units in unheated huts?
Do you ship to Yukon / NWT / Nunavut postal codes?
Lead time on bulk remote-site stocking orders?
How are packaging and freight handling confirmed for a cold-weather route?
PO procurement for mining operations: how does that work?
What’s the warranty in industrial environments?
Industrial & remote-site procurement
Browse the full Industrial & Remote-Site UPS Battery collection
Smart-UPS RT, Smart-UPS X, Smart-UPS XL, and small-cartridge replacement battery sets matched to your industrial UPS chassis. Availability and delivery timing are confirmed before the order is finalized. Cold-climate packaging and consolidated freight handoffs are available for fly-in and remote-site stocking buys. Bulk pricing on remote-site stocking quantities of 5+ identical cartridges. Purchase orders are accepted from approved business and public-sector accounts; Net-30 terms are for government institutions only. Apply for a business account, then enter your purchase order number at checkout. Date-code-documented inventory rotation: ask for the date-code window on any bulk order.
UPS Plus Battery: Montreal-area warehouse, Canada-wide shipping including Yukon / NWT / Nunavut, info@upsplusbattery.com