德國(guó)Backer加熱器

德國(guó)AViTEQ Vibrationstechnik GmbH 振動(dòng)器

德國(guó)WOEHNER隔離開(kāi)關(guān)

德國(guó)Wiesemann & Theis GmbH通訊模塊

:王工
同號(hào)
      449147851
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	Type BR Description Cemented-coated wire-wound resistors with axial wire leads and end caps Power rating 3 ... 18 W Resistance range R15 ... 110K Tolerance F (± 1%) ... K (± 10%) Dimensions 4 x 12 ... 12 x 52 mm Sheet  2-1-10 ... 2-1-12

	Type ZDVW/ST / ZDVW/STRS Description Cement-coated wire-wound resistors, square section, with flat-type plug connections and mounting clips Power rating 25 ... 75 W Resistance range 1R0 ... 80K Tolerance A (± 3%) ... K (± 10%) Dimensions 13 x 13 x 63 ... 13 x 25 x 125 mm Sheet  2-1-13

	Type ZK Description Cement-coated wire-wound resistors with ferrules Power rating 10 ... 150 W Resistance range R47 ... 330K Tolerance G (± 2%) ... K (± 10%) Dimensions 13 x 55 ... 24 x 265 mm Sheet  2-1-14

	Type ZS / US Description Cement-coated / unprotected wire-wound resistors with radial tabs Power rating 6 ... 300 W Resistance range R62 ... 820K Tolerance A (± 3%) ... K (± 10%) Dimensions 9 x 45 ... 36 x 330 mm Sheet  2-1-15 ... 2-1-16

	Type ZS...V / US...V Description Cement-coated / unprotected wire-wound resistors with radial tabs and adjustable lug Power rating 5 ... 180 W Resistance range R62 ... 120K Tolerance J (± 5%) ... K (± 10%) Dimensions 9 x 45 ... 36 x 330 mm Sheet  2-1-17 ... 2-1-18

	Type ZDSA / ZDRS Description Cement-coated wire-wound resistors with spot-welded radial tabs (and adjustable lugs) Power rating 6 ... 300 W Resistance range R39 ... 620K Tolerance J (± 5%) ... K (± 10%) Dimensions 9 x 45 ... 36 x 330 mm Sheet  2-1-19 ... 2-1-20

	Type ZDST Description Cement-coated wire-wound resistors with two or more plug-type, spot or crimp connections Power rating 6 ... 65 W Resistance range R39 ... 160K Tolerance A (± 3%) ... K (± 10%) Dimensions 9 x 45 ... 21 x 120 mm Sheet  2-1-21 ... 2-1-22

	Type ZDFL Description Cement-coated wire-wound resistors with two or more lugs Power rating 6 ... 65 W Resistance range R39 ... 160K Tolerance A (± 3%) ... K (± 10%) Dimensions 9 x 45 ... 21 x 120 mm Sheet  2-1-23 ... 2-1-24

Web-Thermograph Relay - Temperature measurement using Pt100 or Pt1000 sensor - Digital relay output - Power provided using Power over Ethernet

57616

Web-Thermo-Hygrobarograph - Temperature, humidity and barometric pressure measurement - Power provided using Power over Ethernet

57613

Web-Thermograph NTC - Temperature measurement using NTC sensor - Power provided using Power over Ethernet Web-Thermograph Pt100/Pt1000 - Temperature measurement using Pt100 or Pt1000 sensor - Power provided using Power over Ethernet

57614     57615

Web-Thermograph 2x Pt100/Pt1000 - Two independent measuring inputs - Temperature measurement using Pt100 or Pt1000 sensor Web-Thermograph 8x Pt100/Pt1000 - Eight independent measuring inputs - Temperature measurement using Pt100 or Pt1000 sensor

57607     57608

Motherbox 2  - Collect measurement data from analog and digital   Web-IOs in central, embedded database - Access to measurement database, e.g. via browser, SOAP, ODBC

50502

FTP Data Station 2  - FTP and Samba server for DIN rail mount

50542

D0-fuse load switch 1-pole

		31 307  AMBUS®PowerSwitch  switch-disconnector for D0 fuses up to 63 A  1P
		31 556  AMBUS®PowerSwitch  switch-disconnector for D0 fuses up to 63 A  with LED  1P

Hopper discharge units

The hopper discharge unit is used below hoppers, silos, bunkers or bulk containers for flowable bulk materials and serves as a combined closure, discharge, transportation and metering device. It is used where high material flows are required. Short hopper discharge units are mounted directly below the bulk hopper. Depending on the bulk material, the discharge unit can be fitted with appropriate protective liner and sealing systems.

Advantages and benefits

• robust design and therefore long-lasting
• variable feeding speed with magnetic vibrator for optimal dosing to the process
• bunker closure without additional barriers
• arrangment central below the bunker run, simple and professional installation possible
• upon request, in a dust-tight design to save the environment

Construction

The main components are:

• conveyor
• bunker shoe for product guiding inside the feeder
• drive
• elastic support elements
• optional: flexible sealings
• optional: needle or blade gate for closing

Selection

The sizing depends on:

• bulk material
• throughput
• required geometry
• existing hopper size and design
• possible dimensions

Key figures

• length: 6,000 mm
• width: 2,500 mm
• throughput: 10,000 t/h
• drive: magnetic vibrator, unbalanced motor, exciter

Backersafe Immersion Heater

Backersafe Immersion Heaters are manufactured in a range of Sheath Material, Titanium, Incoloy and Copper.

Backersafe Immersion Heaters are manufactured to the latest Legislation of BSEN60335-2-73. Two specific clauses within this specification are aimed at eliminating the risk of boiling water. The most significant requirement is that the Immersion Heater be isolated from the mains supply, should the primary thermostat fail with the contacts closed, which would allow the water to reach a temperature in excess of 85°C.

THE SOLUTION

Backer manufacture two alternative types of Immersion Heaters to meet the requirement of the standard EN 60335-2-73.
Type one is using a non re-settable BT range of rod thermostat, which in addition has a secondary single re-settable button thermostat in series with the main rod thermostat.
Type two is using a single BMST range of rod thermostats which incorporates a secondary temperature sensing device and a second set of contacts all contained within the one thermostat.

The “BACKERSAFE” IMMERSION HEATERS ARE MANUFACTURED IN A FULL RANGE OF SHEATH MATERIALS INCLUDING COPPER, INCOLOY 800, INCOLOY 825 AND TITANIUM TO SUIT THE VARYING WATER CONDITIONS AROUND THE COUNTRY.