At a glance
- Configuration
- Vertical open skid
- Cooling
- Air-cooled
- Voltage / Frequency
- 380 V / 3-phase / 50 Hz (standard)
Model range
StationPack SN-V4 is one configuration within the StationPack SN open-skid family at a larger flow step than SN-V2.
Configuration
Vertical open skid
- Configuration
- Vertical open skid
Installation
Installation
- Plant rooms with floor-space constraint, against-wall positioning
How To Choose
By floor footprint
- START WITH
- Required flow and pressure
- THEN CHECK
- Floor-space constraint and vertical envelope
- BEFORE A QUOTE
- Confirm the model row with SIND
Technology
Technology Platform
StationPack SN-V4 uses the same core technology as the StationPack SN open-skid station family: oil-injected rotary screw compression, integrated drive, aftercooler, separator and drain, storage volume, optional drying and filtration, station sequencer and common control, all factory-piped and tested on one open baseframe. The vertical configuration stacks components to minimise floor footprint.
Why Vertical Configuration?
Vertical layout addresses floor-space constraint:
Key Design Decision: Open Skid
StationPack SN-V4 is an open skid, not an enclosed station. Open skid applies where the installation environment is sheltered: a plant room with existing ventilation, access and weather protection. Where the station sits outdoors, in a noisy bay, or in a dusty or salty environment, the enclosed StationPack SE series is the correct choice.
More technical detail
Why Vertical Configuration?
- Floor footprint — where floor space is expensive or limited, vertical arrangement reduces the footprint by stacking components.
- Plant room layout — vertical stations can be positioned against a wall, freeing floor space for other equipment or workflow.
- Pipework routing — vertical arrangement can simplify pipework routing in multi-story buildings.
Integration and Control
The station arrives as one item with one set of test records. One control system sequences the machines and holds one narrow pressure band at the header, instead of each machine hunting on its own switch. The treatment train is sized against what the compressor delivers at the site’s pressure and ambient, not against a nameplate peak flow.
Selection & quote checklist
- Floor-space constraint — Expensive or limited floor space
- Larger flow requirement — Higher flow than SN-V2 at same vertical footprint
- Sheltered environment — Plant room with ventilation and access
- the exact model and configuration
- required operating pressure and flow
- electrical supply (voltage, frequency, phase)
Applications
Urban Workshop
An urban workshop has limited floor space at higher flow requirement. Floor space is expensive and must be minimised.
Multi-Story Building
A manufacturing facility in a multi-story building requires compressed air at higher flow. The station must fit in a limited footprint on an upper floor.
Retrofit and Expansion
An existing plant room has floor-space constraint from existing equipment and workflow. Adding capacity at higher flow requires a station that fits within the available footprint.
Ownership & service
Energy, maintenance and service
Target Industries and Markets
StationPack SN-V4 is specified where an integrated compressor station is required at larger flow but floor space is constrained:
- Urban workshops — where floor space is expensive and must be minimised.
- Multi-story buildings — where the station must fit in a limited footprint.
- Retrofit and expansion — adding capacity to existing plant rooms with floor-space constraints.
- Indoor installations — where weather protection exists and vertical envelope is available.
How This Compares with Site-Assembled Stations
The point of StationPack is the boundary. Everything a buyer would otherwise assemble on site arrives as one item with one set of test records. One control system sequences the machines and holds one narrow pressure band at the header. The treatment train is sized against what the compressor delivers at the site’s pressure and ambient, not against a nameplate peak flow. Site-assembled stations carry the risk of mismatched components, multiple vendors and no single-point responsibility.
Specifications vary by configuration; confirm with the datasheet. Dimensions and weights are indicative; request the installation drawing for the specific model before designing foundations or access routes.
Reference data
Full specification and reference tables
- Floor-space constraint — Expensive or limited floor space
- Larger flow requirement — Higher flow than SN-V2 at same vertical footprint
- Sheltered environment — Plant room with ventilation and access
- the exact model and configuration
- required operating pressure and flow
- electrical supply (voltage, frequency, phase)
- the current datasheet and package contents
-
SN-V2 or SN-V4?
Both are vertical open skid. SN-V4 provides higher flow at the same vertical footprint concept. Confirm the flow step with SIND against your actual duty.
-
SN-V4 or SN-H (horizontal)?
SN-V4 vertical where floor space is constrained but vertical envelope is available. SN-H horizontal where height restriction exists (low ceiling, mezzanine).
-
SN-V4 or SE (enclosed)?
SN-V4 open skid for a sheltered plant room with existing ventilation and access. SE enclosed for outdoor, noisy or dusty environments.
-
What is inside?
Compressor, drive, cooling, aftercooler, separator and drain, storage volume, optional drying and filtration, control and protection, open baseframe, internal pipework and wiring. Exact scope is confirmed per order.
-
Is 60 Hz available?
50 Hz standard. 60 Hz configuration on request — confirm voltage, frequency and phase with your SIND representative before order.
