Choosing Your Monitor Mount: Bolt‑Thru vs. Clamp vs. Sustrack

Why Monitor Mounting Matters in 24/7 Control Rooms

In mission‑critical environments, the mounting system preserves sightlines, reach, posture, cable discipline, and service speed. Sustema supports three mounting approaches—Bolt‑Thru, Clamp, and Sustrack—plus a Cockpit‑only focal‑adjustment monitor platform that lets operators set viewing depth on the fly.

The Three Core Mounting Types

1) Bolt‑Thru Mounting

What it is: Arms or devices are fixed through a hole in the worksurface.

Why it works: Through‑surface attachment delivers rock‑solid stability and cleaner cable management, helping declutter the console. Ideal for stations where layouts don’t change often and a low‑profile look is preferred.

Best for:

• Primary operator positions with consistent monitor layouts

• Long rows in utilities where neat under‑surface routing is paramount

• Pods where aisle space is at a premium and protruding clamps would interfere

2) Clamp Mounting

What it is: Arms or devices clamp onto the surface edge.

Why it works: Clamps can be installed along the entire length of the surface, enabling a multitude of configurations—valuable for seats that reassign or reorient during events.

Best for:

• PSAP/EOC surge operations and training desks

• Rotational seats where monitor counts or positions change

• Labs or temporary analysis pods in a NERC/SCADA context

3) Sustrack Mounting

What it is: A track integrated to the console that accepts arms and accessories.

Why it works: Sustrack allows easy reconfiguration of monitors and quick addition of accessories (task/status lights) directly on the track, while maintaining tidy cable paths.

Best for:

• Multi‑role consoles that frequently add/remove displays

• Incident cells where proximity and line‑of‑sight change by event

• Future‑proofing new builds to limit carpenter/electrician visits

Cockpit‑Only: Focal‑Adjustment Monitor Platform

A focal‑adjustment monitor platform integrated within Cockpit consoles lets operators push/pull the monitor array forward or backward to reach optimal viewing distance. The monitor surface also provides height adjustability, and you can integrate task lights, status lights, and powerbars into the platform. (Available on Cockpit series only.)

Arms, Arrays, and Large Displays (Context)

Your arms must support the intended array: horizontal, vertical, multi‑level, and large monitors up to 50". Mounting decisions should be made alongside arm selection so weight, reach, tilt, and cable routing are managed as a system.

Decision Matrix: Pick the Right Path Fast

Criterion	Bolt‑Thru	Clamp	Sustrack
Stability	Highest; through‑surface anchoring	High (depends on edge & tightening)	High across track; spreads load
Reconfiguration Speed	Low (requires tools)	Medium‑High (loosen/move/re‑tighten)	Highest (slide/re‑locate along track)
Cable Management	Excellent; tidy under‑surface routing	Good; visible entry at clamp point	Excellent; along‑track pathways + accessories
Aesthetics/Low Profile	Cleanest look	Minor clamp visibility	Track visible; consistent look across consoles
Best Use Cases	Fixed layouts; long linear rows	Training/surge seats; evolving needs	Incident cells; future‑proof builds; mixed roles
Notes	Plan hole locations with power/data	Check edge clearance & surface thickness	Specify track length and accessory mix early

Planning Tips (Before You Drill, Clamp, or Track)

1. Co‑design with cabling: align mounts to HD (raceway‑rich) or Lite (slimmer, instant access) wall systems so drops and slack loops stay serviceable.

2. Think reach + depth: validate mounts against depth profiles (36‑30 / 36‑36 / 36‑42) so arms clear the back edge and aisles when fully articulated.

3. Validate load & VESA: confirm each arm’s load rating and VESA compatibility—especially for multi‑level arrays or larger panels up to 50".

4. Integrate operator comfort: with Sustrack or focal‑adjustment, plan task/status lights and powerbars; specify PES 360 elements (heaters, cooling fans) by seat.

5. Service clearances: leave space for sliding CPU shelves and panel removal; mounting should never block cabinet doors or wall panels.

Ergonomics & Standards

Monitor positioning and localized controls are designed with ANSI/HFES ergonomics and ANSI/BIFMA considerations in mind—critical for minimizing fatigue and maintaining attention in 24/7 roles.

Example Mounting Patterns by Mission

PSAP/9‑1‑1 Dispatcher (Cockpit + Focal Adjustment): Sustrack for flexibility; focal‑adjustment for fast depth tuning; multi‑level arms with mixed sizes including a larger overview panel.

Utilities Transmission Operator (Linear Row, Mostly Fixed): Bolt‑Thru for primary arms; selective Clamp mounts for overflow; clean cable runs to HD walls and maximum stability for fixed workflows.

SCADA Analysis Pod (Mixed Open “X”): Sustrack to reconfigure quickly during events; multi‑level arms; quick swaps for specialty tools without calling Facilities.