Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS

Clipsal 173SS Full Conduit Saddle, 25mm, Stainless Steel
11 In Stock
Need more?
ITEM (1 qty)
BOX (100 qty)
CARTON (1000 qty)
Price
$1.90 $1.73
Same day dispatch ends in : mins
Your order will have with items each
  • Same Day Dispatch
    Order before midday
  • 60-Day Returns
    stress-free purchasing
  • Full Supplier Warranty
    backed up product quality

Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS

Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS
×
  • Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS
  • Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS
  1. Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS
  2. Clipsal Saddle Conduit Full 25Mm Stainless Steel - 173SS
Width 21
Height 28
Depth 61
Specification
SKUCLI173SS
Supplier No173SS
EAN / Barcode9311554037994
Width20
Height28.000000
Length61.000000
Width21.000000
BrandClipsal
Nominal Size25mm
Hole Size5 mm

Conduit Saddle
Brand Name: Clipsal
Type: Full
Nominal Size: 25 mm
Connection Type: Screw
Length: 62 mm
Height: 28 mm
Width: 20 mm
Hole Size: 5 mm

A FEW FAQS

The 173SS is rated at 316 Grade Steel

The grade rating of stailess steel for the 173SS stainless steel is 316.

Yes, the 172SS saddles are made from 316 stainless steel. Some of the key features are: 0.9 mm gauge 135 mm Maximum Slot Width 5 mm diameter Hole 39 mm Centres 50 mm Length x 20 mm Width x 24 mm Height For further information please visit https://www.clipsal.com/Trade/Products/ProductDetail?catno=172SS

Part number is a 176SS

Part number is a 176SS

Product Line: Enercept and Energy Meter Resolution: Follow the steps below in the example to convert register values to an integer. In this example register 287 has a value of 17395 and register 288 has a value of -22528. Register 287 is the upper 16 bit number and 288 is the lower 16 bit number. 1) Convert 17395 and 22528 to binary numbers (add a 0 to the front of the number to make it 16 bits) and combine them (drop the negative sign from register 288). This will give you the following binary number: 0100001111110011 0 101100000000000 2) Drop the 0 to the far left giving you: 1000011111100110101100000000000 3) Take the 8 bits on the far left and convert them to a decimal number: 10000111 | 11100110101100000000000 10000111 = 135 4) Subtract 127 from the value that you got in step 3: 135 - 127 = 8 5) Take the part of the binary number that was not used in step 3 11100110101100000000000 6) Count over from the left the amount calculated in step 4. Drop off everything to the right of this. 11100110 7) Add a 1 to the front of that number. 111100110 8) Convert that number to decimal and this is the register value. 486

We found other products you might like!