Beverage Systems
Configure the complete dispensing system — from keg room to tap
Encode pressure, cooling, line length, and component dependencies so sales quotes a complete system instead of assembling it from spreadsheets.
A dispensing sale is not a tower SKU. It is keg source, regulators, trunk line, glycol loop, tower, taps, and installation kit on one validated configuration. Mercura CPQ applies your manufacturer-defined rules — it does not invent beverage engineering.
From keg room to tap in one guided system
Venue load, trunk length, glycol capacity, pressure balance, tower options, and installation components. Rules shown are manufacturer-defined examples.
Dispensing system configurator
Keg room → trunk → glycol → tower · manufacturer-defined rules
Venue
Venue type
Number of taps
Peak demand
Illustrative Mercura configuration. Not connected to a live tenant. Your pressure, cooling, and kit rules would drive production.
System map
Why pressure, cooling, tower and install parts belong together
Each decision constrains the next. When they live in separate spreadsheets, the pour fails on Friday night — or the shipment is incomplete.
- 01
Venue
Bar, stadium, restaurant, or event — load and peak demand.
- 02
Number of taps
Sets cooling load and tower selection.
- 03
Line length
Keg room to bar distance drives trunk and restriction.
- 04
Cooling load
Ambient, length, and taps size the glycol chiller.
- 05
Pressure balance
Restriction package vs foaming or slow pour.
- 06
Tower
Tap count, finish, and mount on one visual.
- 07
Installation components
Regulators, FOBs, couplers, jumper lines.
- 08
Quote
Validated complete system price.
Why quoting gets difficult
The pour fails when the system is incomplete
These are configuration problems, not catalogue problems.
Pressure and restriction
Line length, diameter, and product type change restriction needs. Wrong balance means foam or a slow pour — encoded as manufacturer rules, not a generic calculator.
Chilling capacity
Peak tap demand and long trunks undersize glycol chillers when sales prices the tower first.
Tower without the install kit
Custom finishes look finished on the quote. Jumpers, FOBs, and couplers are still missing.
Before / after
How the dispensing quote gets built
Before
- Venue request arrives
- Line length calculated by hand
- Chiller checked in a spreadsheet
- Pressure calculated separately
- Tower configured in another tool
- Installation kit remembered last — or forgotten
- Price assembled manually
With Mercura CPQ
- Venue inputs captured in the sales flow
- Rules calculate cooling and restriction requirements
- System components resolve together
- Visual tower updates with the configuration
- Complete system validated before the quote leaves
- Quote generated from the same session
Capabilities
What Mercura carries for dispensing-system sales
Glycol, towers, and restriction packages are one system — these capabilities keep the quote coherent.
See your dispensing-system logic in Mercura
Bring glycol sizing tables, restriction packages, and tower option catalogues. We will show how they run as one guided configuration.
Request a CPQ demo