FAQ
This ratio is given by standards: CSA, ANSI, OSHA. This ratio changes depending on the region in which the scaffolding is used. It gives the maximum platform height depending on the width of the smallest base. Without anchoring, the platform height must not exceed 3 times (or 4 times depending on the applicable standard) the width of the smallest base.
For example: On figure 1 below, the width of the smallest base is Y. So, without anchor, the maximum platform height is 3 x Y (or 4 x Y depending on the region).
On figure 2, the width of the smallest base is X. So, without anchor, the maximum platform height is 3 x X (or 4 x X depending on the region).
There is no life span because each user has his own way of using and maintaining his equipment. However, the assembly instructions and standards must be respected.
An inspection must be done before each use.
Equipment inspection instructions are available in the assembly instructions or on our website under the product’s heading.
The warranty of all our products is 1 year. A section is dedicated to the guarantee on our website, here is the link: https://www.metaltech.co/warranty .
The warranty does not cover damages caused by improper maintenance, abuse or modification of the product.
ANSI and OSHA standards say that a guardrail is mandatory when the platform height is 10 feet (3 m) or more. The CSA standards say that a guardrail is required if the platform height is 8 feet or more. (The height may change depending on the applicable standard).
Different standards may apply in different regions. Always respect local standards.
Metaltech recommends the use of a guardrail even for work under 8 feet.
The height depends on the standard which applies.
According to ANSI and OSHA standards, fabricated frame scaffolding of 125′ (38 m) or higher, measured from the base, must be designed by an engineer.
According to the CSA standard, fabricated frame scaffolding with a height of 49′ (15 m) or more, measured from the base to the highest deck, must be the subject of design plans prepared by an engineer.
According to the CNESST, the installation of fabricated frame scaffolding over 60′ (18 m) high must be designed by an engineer.
No, you cannot climb on the cross brace.
All Metaltech frames and arches with their upright’s having an outside diameter of 1,69″ or 1,625″ are compatible with the leveling jacks whose codes start with M-MBSJ
The light duty frames, those whose code starts with LD-LD and whose upright’s outer diameter is 1.25 ” are compatible with the leveling jack LD-LDBJP24.
The M-MF60EPS frame can be locked at 36" or 60" wide. It cannot be locked between these two positions.
The maximum distance between two wall brackets is 10' (3 m), center to center.
Yes, a guardrail must be installed.
Standards say that a guardrail is required if the platform height is 8′ or more for CSA standard and 10′ or more for ANSI & OSHA standards (this value can change depending on the local standards).
Metaltech recommends the use of a guardrail even for a I-CISC without its extension, even if standards do not require it.
Yes, it is possible to stack up to three units one on top of the other.
- When stacking 2 units, a guardrail (I-CISGRJP) and the 14″ outriggers (I-CISO4) must be installed.
- When stacking 3 units, a guardrail (I-CISGRJP) and the 46″ outriggers (I-BMSO4TT) must be installed.
Yes, you just have to adjust the braces that support the platform, so it is horizontal. Each end can adjust separately every 2″ to be used in stairways.
Remove casters when using on stairs.
No, this tower contains platform without trapdoor.
These leveling jacks are used with interior scaffolding. They are compatible with:
- I-CISC
- I-BMSS
- I-CAISC
- I-CISCTP
- I-CISCAS
- I-CISCH1
- I-CISCDW
No, these two scaffolds are not compatible.
For the 6' Baker (I-CISC, I-BMSS, I-CAISC) & 6' (I-IRC, I-BM6S) scaffoldings, yes you have to use the rungs of the frame. If the scaffolding has a platform with trapdoor, you have to climb from the inside of the scaffold. If the platform does not have a trapdoor, climb from the outside of the scaffold while respecting the “Maximum climbing distance” table in the assembly instruction. You can find the assembly instruction on our website under the product’s heading.
For the 6' (I-CAIRC), 5' (I-IMIS) et 4' (I-IMCN, I-BM4S, I-IMAC) scaffoldings, no you cannot use the rungs to climb up or down the structure. You have to use the platforms.
No, the doors must always be closed when you are on the platform. By closing the doors, we avoid falls and it adds rigidity to the guardrail’s structure.
No, the doors must always be closed when you are on the platform. By closing the doors, we avoid falls and it adds rigidity to the guardrail’s structure.
Yes, the Jobsite Series 6′ Baker (I-CISCDW) have 6” casters. The Buildman 6′ Baker (I-BMSS) also have 6″ casters while having a higher capacity.
These two models of outrigger have different casters. The casters of the outriggers (I-CISO4) have a square stem, while the casters of the Perry style outriggers (I-CISO4PY) have a round stem. These casters are not interchangeable between the two different models of outrigger.
The Jobsite Series 6' (I-IRC) is stackable. It can be stacked 2 units high, one on top of the other. When stacking two units, guardrail (I-IRGR) and outriggers (I-IRO4) must be installed.
The Jobsite Series 5' (I-IMIS) & 4' (I-IMCN) are not stackable. Use only one unit high.
Yes, the scaffoldings Jobsite Series 6′ Baker (I-CISCH1, I-CISCAS) have an antislip platform.
Yes, the Buildman Grade has a higher capacity than the Jobsite Series.
Yes, the Alu Series, made of aluminum, is lighter than the Jobsite Series which is made of steel.
Yes, it is possible to stack two units one on top of the other. When stacking two units, the guardrail (I-BMSGRJP) & outriggers (I-BMSO4) must be installed.
Yes, it is possible to stack three units one on top of the other.
- When stacking 2 units, a guardrail (I-CAISCGR) and the 14" outriggers (I-CAISO4) must be installed.
- When stacking 3 units, a guardrail (I-CAISCGR) and the 46" outriggers (I-BMSO4TT) must be installed.
No, the mobile scaffoldings 4' Jobsite Series only come with 4" diameter casters.
The Climb-N-Go can be powered by an 18 to 21 volt-battery.
DEWALT®, MAKITA®, MILWAUKEE®, STANLEY®(18V), PORTER CABLE®, BLACK & DECKER (®†All trademarks listed above, including DeWalt, Makita, Milwaukee, Porter Cable, Black & Decker, and Stanley are the property of their respective owners. Neither Metaltech nor its products are in any way affiliated with, authorized with or have been tested, certified or approved by any of the companies or trademarks listed above, including for use with any of these companies’ batteries.)
No, the Climb-N-Go can only be used with one story baker.
You can ride approximately 4500 linear feet with the Climb-N-Go .
Many factors can impact the distance of a battery charge: The battery voltage, the Ah, the brand, the age of the battery, the speed that the user is setting on the Climb-N-Go and the ground surface.
Based on tests that were performed with a 20 volt-battery, 4 Ah, it can ride from 4500 to 5800 feet.
No, outriggers cannot be installed with the Climb-N-Go.
Yes, the Climb-N-Go complies with the OSHA standards.
There is an automatic wheel locking system on the Climb-n-Go wheels. When the motor is not on, the wheels are automatically locked.
The Climb-N-Go is designed to be used on even ground. We do understand that no ground is perfect, but to comply with OSHA standards the Climb-N-Go must be used on a floor that has a 3-degree maximum slope.
No, the Climb-n-Go can only move on a 360-degree span. To reach higher levels you will need to manually lift your baker to the desired height.
The Climb-n-Go was built to be used and was tested solely on Metaltech Bakers. We do not recommend using on another scaffolding brand.
Yes, the Climb-n-Go can be powered and was tested with the DeWalt's 20V/60V Flex battery. This battery can power a product that needs a 20 V or a 60 V battery, in the case of CNG it works as a 20V battery.
Yes if you are working on a flat surface
No the motor was not built to resist to water.
Aluminum scaffolds have many uses:
- Lightweight and easy to handle
- High durability
- High strength system
- Highly versatile
- Easy and fast assembly
- Safe
- Used in sanitary and food environment.
The “Span” is the spacing between two rungs.
The Span 300 has a spacing of 11" (276 mm) between two rungs.
For the Span 400, the spacing between two rungs is 16" (414 mm).
It is possible to use the rung to climb, but you must respect regulations regarding the distance between two rungs. OSHA standards require a maximum spacing between two rungs of 16 3/4″ (425 mm), while CSA standards requires 12″ (305 mm).
As such, the Span 300 frames can be used as an access ladder both in Canada and United-States.
The Span 400 can be used in Canada, but it cannot be used as an access ladder because the spacing between two rungs is too big. To access the scaffolding, use the 6-steps ladder (AL-L0002) or the frames with ladder (AL-F4101, AL-F4103).
Other local regulations may apply. Make sure to always respect them.
Yes, the aluminum scaffolding can be used both indoors and outdoors, but the scaffolding must not be used in bad weather or high winds.
You can find safety instructions regarding the wind force in the assembly instruction. The assembly instructions are available on our website under the product’s heading.
The total load capacity of the tower is 1587 lb (720 kg). The load capacity of the platforms is 25 lb/ft² (122 kg/m²) evenly distributed.
The aluminum scaffoldings Span 300 and Span 400 are available in two different widths, single width 26 5/8” (0,667 m) and double width 50 3/4” (1,29m).
Three platform lengths are available: 6′ (2 m), 8′ (2,5 m) & 10′ (3 m).
Our aluminum tower kits are available in single or double width with 8′ (2,5m) platforms. The 8′ (2,5 m) platforms can be replaced by 6′ (2 m) or 10′ (3 m) platforms.
The tower kits vary in height: from 13′ (4 m) to 27′ (8 m) for the single width; from 13′ (4 m) to 41′ (12 m) for the double width.
For indoor use, the maximum height of the single width tower is 27′ (8 m ) and the maximum height of the double width tower is 41′ (12 m ).
For outdoor use, the maximum height of both towers is 27′ (8m).
The easy-set is made for light duty jobs. Its foldable base and its lightweight construction make it easy to assemble.
Its load capacity is lower than the Span 300 and Span 400, but it is lighter and more economical.
The aluminum scaffolding kits are shipped in crates to protect the components during transport.
The maximum reach is 11' (3,35 m.)
The maximum reach is 14′ 5″ (4,39 m).
Yes, the drywall carts Series 3600 (I-BMD3631R, I-BMD3631P, I-BMD3631RK, I-BMD3631PK) have a removable handle that make storage easier.
The removable handle doesn’t affect the capacity of the drywall cart. In fact, the drywall carts Series 3600 has a higher capacity than some other welded carts.
Yes, the H Series drywall cart (I-BMDHER31YGR, I-BMDHER31YGP, I-BMDHER31YGRK, I-BMDHER31YGPK) offer several possibilities. It can be used as a cart with its two handles or the handle can be removed to create a transport surface.
No, this platform cannot be installed on the multi-position ladder. It is made to be used with exterior scaffolding.
Platforms to use with the multi-position ladders are the telescoping work planks: M-PEP7000AL, M-PEP7100AL, M-PEP7200AL.
You can stand on the last step of the 2′ work stand (E-PWS7000AL). You cannot stand on the last step of the 3′ (E-PWS7100AL), 4′ (E-PWS7200AL) et 5′ (E-PWS7300AL) work stands according to standard due to the risque of falling.
The fiberglass scaffolding tower kits are available in two different widths: 26 3/8” (0,7 m) wide and 49 1/2” (1,2 m) wide.
One platform length is available: 8′ (2,4 m).
The tower kits vary in height: from 5′ (1,5 m) to 17′ (5 m) for the 26 3/8” (0,7 m) wide towers ; from 5′ (1,5 m) to 23′ (7 m) for the 49 1/2” (1,2m) wide towers.
No, these two models of fiberglass scaffolding are not compatible.
Fiberglass scaffolds have many uses:
- Non-conducting
- Lightweight & inert
- Corrosion resistant
- Ideal for: Electric substation, chemical environment, computer rooms…
No, the outriggers are not adjustable in length, but we have two different lengths of outriggers: 2m (6’-7”) (F-OUT20) & 3m (8’-6”) (F-OUT30).
Make sure to inspect carefully each part of your scaffolding by following the Fiberglass Scaffold -Inspection Guide. Ask our customer service to get this document.
If no defect is detected, the scaffolding can still be used. If in doubt, stop using the components.
Yes, the fiberglass scaffolding can be used outdoor, but do not use in bad weather or high winds. Also, a long exposure to ultraviolet light may cause a discoloration of the scaffold.
It all depends on the environment it is in use, the storage and a lot of factors.
Always inspect your scaffolding before use. Make sure the scaffolding and all its components are free from deterioration. If deterioration of a component is detected, stop using it.
Long exposure to ultraviolet light may affect the color of the scaffolding, but not its performance.
No, you cannot fix your personal fall arrest system to the scaffolding. This scaffolding is not designed to withstand the force produce by the fall of a worker. If you want to use a personal fall arrest system, you will have to fix it to another structure.
However, fiberglass scaffold towers (F-KIT) are designed to be erected, used and dismantled without a personal fall arrest system. In fact, when erected and dismantled correctly, the user should always install guardrails before climbing onto a platform.
ANSI & OSHA: Guardrail required from 10′ above the ground.
CSA: Guardrail required from 8′ above the ground.
Other local regulations may apply.
Metaltech strongly recommend to use the ladder (F-LAD2436) to access the scaffolding. However, the rungs have a load capacity of 250 lb and they are evenly spaced at a distance of 9 3/4″.
So, it is possible to climb in the rungs during assembly and dismantlement while no ladder is installed. It is also possible that the working height requires a half-level configuration, too low to install a ladder. In this case, it is acceptable to climb in the frame’s rungs.
Finally, always climb from the inside of the scaffold.