Croatian(HR)

PENSTOCKS

01. CHANNEL PENSTOCK
02. WALL PENSTOCK
03. MANUAL PENSTOCK
04. FLOW DIRECTION CHANGER

01. CHANNEL PENSTOCK

EKOguard PEN 1

PLOČASTA KANALSKA ZAPORNICA

Basic measures
:
KMAX
MAXIMAL CHANNEL HEIGHT
5000 mm
pMAX
MAXIMAL HYDROSTATIC PRESSURE ON THE PENSTOCK PLATE
0,30 bar
HMAX
MAXIMAL WATER DEPTH
3000 mm
AMAX
MAXIMAL PENSTOCK PLATE HEIGHT
3000 mm
BMAX
MAXIMALCHANNEL WIDTH
3000 mm


Application:
  • For isolating, closing and decreasing waste/rain water flow in the channels
  • On demand we can deliver water tight penstocks for pressure on both sides of the penstock plate

Functional description
:
  • Penstock plate is placed inside the frame which is in the concrete slot inside the concrete channel. After insertion in the slot, under penstock frame concrete is poured in order to ensure water tightness between wall and frame.
  • Penstock plate sealing is conducted on the three sides: both lateral sides oft he frame and at the frame bottom.

Work principle:
  • By rotating trapezoidal spindle, relative movement of bronze nut along the spindle is conducted. It also pulls the shutting plate along. Water freely flows through light opening that emerges after the penstock plate is lifted up, while the other part of the channel intersection is water tight.
  • Spindle drive, used to lift up the penstock plate, can be simply manual with or without gearbox (using hand wheel) or electrical drive installed at the penstock top.

02. WALL PENSTOCK

EKOguard PEN 3

PLOČASTA ZIDNA ZAPORNICA

Basic measures
:
KMAX
MAXIMAL CHANNEL HEIGHT
5000 mm
pMAX
MAXIMAL HYDROSTATIC PRESSURE ON THE PENSTOCK PLATE
0,50 bar
HMAX
MAXIMAL WATER DEPTH
5000 mm
RECTANGULAR SHAPED LIGHT OPENING
AMAX
MAXIMAL PENSTOCK PLATE HEIGHT
3000 mm
BMAX
MAXIMAL CHANNEL WIDTH
3000 mm
ROUND SHAPED LIGHT OPENING
DMAX MAXIMAL LIGHT OPENING DIAMETER
      3000 mm


Application:
  • For isolating, closing and decreasing waste/rain water flow on the walls with round and rectangular openings
  • On demand we can deliver water tight penstocks for pressure on both sides of the penstock plate

Functional description:
  • When using wall penstock, the frame is tightened with anchor screws to the finished concrete wall whose geometry mustn't deviate more than 3 mm in flatness, and has to be smooth to accomplish water tightness between rubber seal on the penstock frame and wall area
  • Penstock plate sealing towards the frame is conducted along the whole light opening rim on the wall (penstock plate)

Work principle:
  • By rotating trapezoidal spindle, relative movement of bronze nut along the spindle is conducted. It also pulls the shutting plate along. Water freely flows through light opening that emerges after the penstock plate is lifted up, while the other part of the channel intersection is water tight.
  • Spindle drive, used to lift up the penstock plate, can be simply manual with or without gearbox (using hand wheel) or electrical drive installed at the penstock top.

03. MANUAL PENSTOCK

EKOguard PEN 5

PLOČASTA RUČNA ZAPORNICA

Basic measures
:
KMAX
MAXIMAL CHANNEL HEIGHT
1000 mm
pMAX
MAXIMAL HYDROSTATIC PRESSURE ON THE PENSTOCK PLATE
0,07 bar
HMAX
MAXIMAL WATER DEPTH
700 mm
RECTANGULAR SHAPED LGHT OPENING
AMAX
MAXIMAL PENSTOCK PLATE HEIGHT
700 mm
BMAX
MAXIMAL CHANNEL WIDTH
700 mm
ROUND SHAPED LIGHT OPENING
DMAX MAXIMAL LIGHT OPENING DIAMETER
      700 mm


Application:
  • For isolating, closing and decreasing waste/rain water flow int he channels or on the walls with openings
  • On demand we can develop water tight penstocks for pressure on both sides of the penstock plate
Work principle:
  • By manual lifting or lowering the penstock plate, appropriate light opening emerges. Flow goes only through the emerged opening, while the other part of the channel intersection is water tight.

04. FLOW DIRECTION CHANGER

EKOguard PEN 10

USMJERIVAČ PROTOKA

Basic measures
:
KMAX
MAXIMAL CHANNEL HEIGHT
1000 mm
HMAX
MAXIMAL WATER DEPTH
1000 mm

AMAX
MAXIMAL TURNING PLATE HEIGHT
1000 mm
BMAX
MAXIMAL CHANNEL WIDTH
1000 mm
LMAX MAXIMAL TURNING ZONE LENGHT
      1000 mm

Application:
  • It is installed at the point of waste water flow redirection
  • Incase of specific treatment system overload, this devise is used to redirect the flow into, for example, the bypass channel.
Working principle:
  • Flow redirecting is conducted using the turning plate. On its angles there is a rubber seal installed and used to ensure water tightness of device towards the closed part of the channel.
  • Plate is turned around the vertical axis using bronze nut that is "traveling" along the thread spindle.
  • Thread spindle can be driven using electrical drive or manual drive. Manual drive can be designed using only hand wheel or using gearbox with hand wheel.