Tubeclo Tube Clamps

Tubeclo Tube clamp is made accordance to DIN 3015 standard and it is used to reduce the harmful effects of mechanical shock and strong vibrations in hydraulic system. Tubeclo Tube clamps are easy and quick to install and the design are fully compatible with cable trays, tubes, pipes and hoses. They are compact in design and it can be stacked and staggered to maximize the space availability.

A wide variety of tube clamp brackets are available to fit different types of industry requirement. Tubeclo Tube clamp contributes to occupational safety and environmental protection. It allows for maximum flexibility which combines single, twin and heavy clamp design.

Size & Series	6mm to 102mm (Standard Series) 6mm to 406mm (Heavy Series) 6mm to 42mm (Twin Series)
Clamp Material and Temperature Range	Polypropylene, PP (-30˚C to +90˚C) Polyamide, PA (-40˚C to +120˚C) Aluminium, AL (Up to 300˚C)
Accessories Material	Stainless Steel SS316 Galvanized Steel
Accessories Component	Top Cover Plate Bottom Weld Plate Hexagon Bolt

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Tubeclo Clamps (Standard Series)

Tubeclo Clamps (Heavy Series)

Tubeclo Clamps (Twin Series)

What are Tubeclo Tube Clamps

1. What is a Tubeclo tube clamp used for?

The clamp body is a square plastic design with a ribbed bore enabling secure fixing while allowing a high degree of sound deadening and tube vibration. It applies in industries such as:

Oil & Gas Production – Tube or hoses line above and below water have to continuously withstand extreme loads. Salt water, wind, oil grease and broad differences in temperature all take their toll on the fastening systems which installation clamp assembly helps to minimize the outlay for maintenance and simplify the overall line running.
Wind Farms (Onshore & Offshore) – Extreme forces impact on tube, pipes and hose lines fitted in wind farms on land and at sea. It minimizes the outlay for maintenance and simplifies line running.

Double Stacking Standard Series Clamp Complete Set

Shipbuilding – Building oil tanker, cargo ship, and cruise ship or luxury private yacht. Tube clamps offer maximum reliability in wind, waves and inclement weather, while simultaneously increasing passenger comfort through optimum vibration and noise reduction.
Plant Construction & Industrial Hydraulics – High performance hydraulic systems and reliable power supply are indispensable for industrial machinery when constant operation of efficient manufacturing processes. The tube clamps installation is to ensure that hydraulic line and electrical cable installation at the facilities is well protected and maintained with the minimum space requirement.

Double Stacking Heavy Series Clamp Complete Set

Mining – Tube and hose lines are constantly applied to excessive stress in tunnel construction or during deep mining. Tube clamp minimizes the outlay for maintenance and simplifies line running in limited space. It is being used on the Panama Canal and European railway tunnels.
Railway Rolling Stock Construction – Passenger trains, trams and underground trains are complex transportation systems with countless hydraulic, water and electrical lines. Tube clamps ensure that all supply network lines can be optimally installed and it can be custom-made according to project specifications, for instance in the form of a milled or injected design. For example: European railway standard, EN45545.

Double Stacking Twin Series Clamp Complete Set

Vehicle Construction & Mobile Hydraulics – Construction cranes and create mixers as well as other utility vehicles, construction machines and agricultural machinery all operate with constant high pressure hydraulic system application. Tube clamp ensures that vehicle hydraulic lines are securely installed and remained firmly fixed in their original position.

2. What is the material to make of Tubeclo tube clamps?

One set of complete clamp body consists two identical clamp halves which are the top and bottom halves. Tube clamps are made of 3 common material, polypropylene, polyamide and aluminium.

Material Code	Material	Design	Colour
PP	Polypropylene	Profile inside, With tension clearance	Green
PA	Polyamide	Profile inside, With tension clearance	Black
PPH	Polypropylene	Smooth inside, Without tension clearance	Green
PAH	Polyamide	Smooth inside, Without tension clearance	Black
ALU	Aluminium	Profile inside, With tension clearance	Aluminium

Table 1: Clamp Body Design and Colour

While the accessories material and surface finishing are available in steel and stainless steel material.

Material Grade	Surface coating	Code
Carbon Steel ST37	Untreated	W1
Carbon Steel ST37	Phosphated	W2
Carbon Steel ST37	Zinc/nickel coated	W3
Stainless Steel A2	1.4301/1.4305 (AISI 304/303)	W4
Stainless Steel A4	1.4401/1.4571 (AISIS 316/316Ti)	W5

Table 2: Accessories Material Code

3. How do you use a Tubeclo tube clamp?

There are available in standard, heavy and twin series. It is recommended for the safe installation of rigid pipes, tubes or hoses. Tubes clamp can be assembled according to customer or project specifications. Each accessories component have their own order code.

Component Code	Component Name	Group Size
SP	Single Weld Plate	SP1 - SP8
SPV	Elongated Weld Plate	SPV1 - SPV8
CRA	Channel Rail Adaptor	CRA1 - 8
RAP	Group Weld Plate	RAP1/30/10 – RAP6/90/5
DP	Cover Plate	DP1 – DP8
AS	Hexagon Head Bolt	AS1M – AS8M
IS	Socket Cap Screw	IS1M – IS8M
AF	Stacking Bolt	AF1 – AF8
SIG	Safety Locking Plate	SIG1 – SIG8
TS	Mounting Rail	TS11,TS14, TS30
SM	Hexagon Rail Nut	SM1-8/1D

Table 3: Standard Series Component Name and Code

Component Code	Component Name	Group Size
SPAL	Weld Plate for Single Clamps	SPAL3S – SPAL12S
SPAS	Weld Plate for Double Clamps	SPAS3S – SPAS12S
CRA	Channel Rail Adaptor	CRA3SM – CRA6 M
SPAL/DUEB	Elongated Weld Plate for Single Clamps	SPAL/DUEB3S – SPAL/DUEB12S
DPAL	Cover Plate for Single Clamps	DPAL3S – DPAL12S
DPAS	Cover Plate for Double Clamps	DPAS3S – DPAS12S
AS	Hexagon Head Bolt	AS3SM – AS12SM
IS	Socket Cap Screw	IS3SM – IS6SM
AF	Stacking Bolt	AF3S – AF10S
SIP	Safety Locking Plate	SIP3S – SIP10S
STSV	Mounting Rail	STSV
GMV	Mounting Rail Nut	GMV3 – 6S

Table 4: Heavy Series Component Name and Code

Component Code	Component Name	Group Size
SP	Single Weld Plate	SP1D – SP5D
RAP	Group Weld Plate	RAP1D/40/5 – RAP5D/112/5
CRA	Channel Rail Adaptor	CRA1DM – CRA5DM
GD	Cover Plate	GD1D – GD5D
AS	Hexagon Head Bolt	AS1DM – AS5DM
AF	Stacking Bolt	AF1D – AF5D
SIV	Safety Locking Plate	SIV1D – SIV3D
TS	Mounting Rail	TS11,TS14, TS30
SM	Hexagon Rail Nut	SM1-8/1D, SM2-5D

Table 5: Twin Series Component Name and Code

There are alternative ways for clamps assembly according to project requirement.
Here are some basic installation instructions:

Installation with bottom base plate

Step 1: Place the bottom base plates in designated positions. Kindly double check the position is suitable for the calculated loads.
Step 2: Adjust the position of bottom base plates to ensure correct alignment.
Step 3: Weld the bottom base plate into position. Alternatively, elongated bottom base plate can also be mounted to their positions by using hex bolt or Allan cap screw.
Step 3: Push bottom half halve clamp onto bottom base plate.
Step 4: Insert tube, hose or cable and then place second half halve clamp and cover plate on top. Mount clamp assembly by using hex bolt and Allan cap screw.

Heavy Duty Rail Nut

Installation on mounting rail

Step 1: Place mounting rails in designated positions. Kindly double check the bases are suitable for the calculated loads.
Step 2: Adjust the position of mounting rail to ensure best alignment.
Step 3: Weld mounting rails into position. Mounting rails can be mounted to their positions by using side-mounting brackets with hex bolt and Allan cap screw.

Step 4: Insert mounting rail nuts into mounting rail and turn until stop to lock for standard or twin series or slide in rail nuts for heavy series.
Step 5: Push bottom half halve clamp body onto rail nuts.
Step 6: Insert tube, hose or cable and then place another half halve clamp and cover plate on top. Mount clamp assembly by using hex bolt and Allan cap screw.

Installation on multi-level/stacking

Step 1: Push first half halve clamp onto bottom base plate or rail nuts.
Step 2: Insert tube, hose or cable and place second half halve clamp on top.
Step 3: Insert stacking bolts into the clamp assembly and tighten using the recommended tightening torques
Step 4: Place safety locking plate on top before clamp assembly. Proceed with next levels. Top level to be assembled with cover top plate and hexagon head bolts.

Triple Stacking PP clamps

4. How much weight can a Tubeclo tube clamp hold?

The tube clamp has maximum allowable load capacity in holding tubes, pipes, hoses or other structural. Installer has to decide the tube size and clamp design that system requires.

Group	Hexagon Head Bolt	Polypropylene Maximum Loads (kN)	Polypropylene Maximum Loads (lbf)	Polyamide Maximum Loads (kN)	Polyamide Maximum Loads (lbf)	Aluminium Maximum Loads (kN)	Aluminium Maximum Loads (lbf)
1	M6 or 1/4-20 UNC	0.6	135	0.6	135	3.5	787
1A	M6 or 1/4-20 UNC	1.1	247	0.7	157	4.2	949
2	M6 or 1/4-20 UNC	1.3	292	0.8	180	4.3	967
3	M6 or 1/4-20 UNC	1.4	315	1.6	360	4.9	1101
4	M6 or 1/4-20 UNC	1.5	337	1.7	382	5.0	1124
5	M6 or 1/4-20 UNC	1.9	427	2.0	450	7.3	1641
6	M6 or 1/4-20 UNC	2.0	450	2.5	562	8.9	2000
7	M6 or 1/4-20 UNC	2.3	517	3.2	719	-	-
8	M6 or 1/4-20 UNC	2.6	585	3.5	787	-	-

Table 6: Maximum Load in Straight Direction Pipe for Standard Series Clamps

Group	Hexagon Head Bolt	Polypropylene Maximum Loads (kN)	Polypropylene Maximum Loads (lbf)	Polyamide Maximum Loads (kN)	Polyamide Maximum Loads (lbf)	Aluminium Maximum Loads (kN)	Aluminium Maximum Loads (lbf)
3S	M10 or 3/8-16 UNC	1.6	360	4.2	944	12.1	2720
4S	M10 or 3/8-16 UNC	2.9	652	4.5	1044	15.1	3395
5S	M10 or 3/8-16 UNC	3.3	742	5.1	1146	15.5	3485
6S	M12 or 7/16-14 UNC	8.2	1843	9.3	2090	29.5	6609
7S	M16 or 5/8-11 UNC	11.0	2472	15.8	3551	34.9	7805
8S	M20 or 3/4-10 UNC	14.0	3147	21.0	4772	50.0	11240
9S	M24 or 7/8-9 UNC	28.0	6300	32.0	7193	70.6	15871
10S	M30 or 1 1/8-7 UNC	40.0	8992	48.0	10790	84.5	18996
11S	M30 or 1 1/4-7 UNC	119.0	26752	125.0	27650	181.5	40802
12S	M30 or 1 1/4-7 UNC	168.0	37767	180.0	40465	244.5	54965

Table 7: Maximum Load in Straight Direction Pipe for Heavy Series Clamps

Group	Hexagon Head Bolt	Polypropylene Maximum Loads (kN)	Polypropylene Maximum Loads (lbf)	Polyamide Maximum Loads (kN)	Polyamide Maximum Loads (lbf)
1D	M6 or 1/4-20 UNC	0.9	202	0.9	202
2D	M8 or 5/16-18 UNC	2.1	472	2.2	495
3D	M8 or 5/16-18 UNC	1.9	427	2.0	450
4D	M8 or 5/16-18 UNC	2.7	607	2.9	652
5D	M8 or 5/16-18 UNC	1.7	382	2.5	562

Table 8: Maximum Load in Straight Direction Pipe for Twin Series Clamps

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