cloth pad /pad pakai buang

this is my own brand
sewing by lindaleen
alhamdulillah pengguna pun sangat berpuas hati
yang menggunakan since 2-3tahun lepas pun still
ulang order ..terima kasih
saya suka sangat jahit
yes…motivate and bagi terapi minda
bila product siap.. 🙂
ini bukan sebab duit 🙂
ok sesiapa yang berminat nak belajar buat sendiri
saya juga ada buat kits and tutorial
ramai yang dah beli kits saya
dan dah jual product mereka sendiri..
boleh inbox saya kat fb or
whasapp 0164738714
please don’t call
cas antarabangsa ok..
saya juga ada menjual 
material-material 
untuk cloth pad
minky,pul fabric dan microfiber
boleh like my page

fabric cloth diaper

this entry..for friend yang asking me
bout material cloth diaper..
 this inner i using bamboo heavy fleece
 pic nie insert lunatots…jenis microfiber
please avoid this material direct to baby skin..
boleh buat kulit baby kekeringan
sesuai dipakai with pocket CD
bamboo fabric..sesuai juga buat insert at top layer.

bamboo velour..yang nie kaler red
warna lain pun ada jugak
sesuai juga untuk inner CD
top layer for CP&CPL

yang ni pula micro fleece..
sesuai sebagai inner Cd

PUL fabric nie adalah lapisan waterproof..
sesuai untuk cloth diaper dan CP
sebab dia breathable fabric

minky fabric..
soft ok..
sesuai jugak jadi top layer untuk cp
out layer utk cd..
fabric yang sejuk.
for minky fabric kebanyakannya aku menyopping di
so far shipping dia ok jugak…
using  pound sterling ek.
service also good
at time aku x received 
parcel..email and inbox fb
both they reply and trace
my parcel
biasalah kalau
priority mail shipping
dalam 7-14hari…
…..

chiller

On monitoring ..RV 50% open,RV ch1 50% open,RV ch 2 100%open.
seq 3,1,2.ch 1 trip on 8.06 am and 8.31(after reset).trip alarm low condenser water flow done 
(because of valve at cooling tower not fully open)
trip compressor surging
not to be settle yet


why need to RV 50% open it is can make RT high
chiller 3,1 ,2 is running 

continue monitoring tomorrow…

how many AHU support by 1 baby chiller 180 tan running
and
how many AHU can support by 1 chiller 360 tan runing



chiller

On monitoring ..RV 50% open,RV ch1 50% open,RV ch 2 100%open.
seq 3,1,2.ch 1 trip on 8.06 am and 8.31(after reset).trip alarm low condenser water flow done 
(because of valve at cooling tower not fully open)
trip compressor surging
not to be settle yet


why need to RV 50% open it is can make RT high
chiller 3,1 ,2 is running 

continue monitoring tomorrow…

how many AHU support by 1 baby chiller 180 tan running
and
how many AHU can support by 1 chiller 360 tan runing



cooling tower overflow

cooling tower overflow
Decreasing Water Use via Regular Cooling Tower Maintenance 
– Regularly check the makeup water float and valve for correct setting and leakage. An incorrect 
  setting, or valve leakage, can cause constant cooling tower overflow resulting in substantial 
  excess water usage. 
– To reduce water loss from cooling tower drift, water suspended in the air flow through the unit,    
   ensure that the unit drift eliminators are in good working order. 
– Regularly check the seals in the cooling system recirculation pump(s) for leakage, repair any 
   leakage immediately. 
– Routinely review the entire cooling system piping system for any leakage, repair immediately. 
– Prevent any cooling water overflow from the system during cooling tower shutdowns by 
   installing a check valve on the pump discharge and ensuring that the cooling tower sump, or 
   cold well, is properly level controlled and of sufficient size to contain all drain down. 
– Conductivity meter/controllers are commonly used for control of cooling tower blowdown, a 
   fouled conductivity probe leads to inaccurate measurement and can cause excessive water use 
   via unneeded blowdown. Conductivity controllers should be calibrated on a routine basis and 
   serviced as needed or replaced by trouble free makeup proportional blowdown controllers. 
– Ensure that the fill in the cooling tower is in good condition to obtain optimum cooling and 
   reduced drift. 
– Make sure that the water distribution system in the cooling tower is clean and maintains an even, 
   consistent flow across the fill. 
– If several cooling tower units are used in parallel, confirm that the return water distribution 
   manifold is appropriate and not overloading individual units.  
– Regularly check the blowdown valve to ensure that it is operating properly, a stuck shut valve 
  will cause overcycling with scale formation, while a stuck open valve will cause undercycling 
  and excessive water loss. We recommend installation of a cleanable Y or basket strainer in front 
  of the blowdown valve to minimize plugging problems
to read moreclick here and get more information from here

cooling tower overflow

cooling tower overflow
Decreasing Water Use via Regular Cooling Tower Maintenance 
– Regularly check the makeup water float and valve for correct setting and leakage. An incorrect 
  setting, or valve leakage, can cause constant cooling tower overflow resulting in substantial 
  excess water usage. 
– To reduce water loss from cooling tower drift, water suspended in the air flow through the unit,    
   ensure that the unit drift eliminators are in good working order. 
– Regularly check the seals in the cooling system recirculation pump(s) for leakage, repair any 
   leakage immediately. 
– Routinely review the entire cooling system piping system for any leakage, repair immediately. 
– Prevent any cooling water overflow from the system during cooling tower shutdowns by 
   installing a check valve on the pump discharge and ensuring that the cooling tower sump, or 
   cold well, is properly level controlled and of sufficient size to contain all drain down. 
– Conductivity meter/controllers are commonly used for control of cooling tower blowdown, a 
   fouled conductivity probe leads to inaccurate measurement and can cause excessive water use 
   via unneeded blowdown. Conductivity controllers should be calibrated on a routine basis and 
   serviced as needed or replaced by trouble free makeup proportional blowdown controllers. 
– Ensure that the fill in the cooling tower is in good condition to obtain optimum cooling and 
   reduced drift. 
– Make sure that the water distribution system in the cooling tower is clean and maintains an even, 
   consistent flow across the fill. 
– If several cooling tower units are used in parallel, confirm that the return water distribution 
   manifold is appropriate and not overloading individual units.  
– Regularly check the blowdown valve to ensure that it is operating properly, a stuck shut valve 
  will cause overcycling with scale formation, while a stuck open valve will cause undercycling 
  and excessive water loss. We recommend installation of a cleanable Y or basket strainer in front 
  of the blowdown valve to minimize plugging problems
to read moreclick here and get more information from here