series 1007 - datasheet - granzow, inc. · series 1007 flow monitors: flow monitors rv, du, dw, dk...

Series 1007Flow Monitors:Flow Monitors

RV, DU, DW, DKProduct Types

¼" and upNPT, BSP

0-2000 psigOperating Pressure

ABOUT SERIES 1007Flow Monitors

Monitoring of liquid and gaseous media in regrigeration systems, weldingmachines, laser and piping systems, pumps, compressors and hydraulicsystems. The switching point can be continuously adjusted within the switchingrange.

Unique Series Features

Independent in positioningFloat principleAir intake flap measurement principleDurable building methodVisual indication without power supplyNormally open and change over contactsProcess current output 4-20mAFor liquids, water, oil, and air

Material Options: • Stainless Steel

• Brass nickled

• Steel

• Steel coated

Approvals: ATEX 94/9/EG

Ref# K80008-051215 www.granzow.com of 36Granzow, Inc.• 2300 Crownpoint Executive Drive, Charlotte, NC 28227-6702 • Phone (704) 845-2300 • Fax (704) 845-2301

©2015 Granzow, Inc. All rights reserved. Information within this document is subject to change, and may be modified at any time, without notice.

Series 1007LEVEL PRODUCTS

TABLE OF CONTENTS

Index

Table of contents 2

Description and function 3

Approvals 4

RVO/U for water, independent of position 5

RVO/U-L for air, independent of position 6

RVM/U for water, independent of position 8

RVM/U-L for air, independent of position 9

RVM/UM for water, independent of position 11

DUG for water, independent of position 12

DUM for water, independent of position 13

DUM/A for water, independent of position 14

DUM/TA for water, independent of position 15

DWG for water, dependent of position / vertical 16

DWG/L for air, dependent of position / vertical 17

DWM for water, dependent of position / vertical 18

DWM/A for water, dependent of position / vertical 19

DWM/L for air, dependent of position / vertical 20

DWM/A-L for air, dependent of position / vertical 21

DKG viscosity compensated to 600 mm²/s independent 22

DKM viscosity compensated to 600 mm²/s independent 23

DKME viscosity compensated to 600 mm²/s independent 24

DKME/A viscosity compensated to 600 mm²/s independent 25

DKM/A viscosity compensated to 600 mm²/s independent 26

DKM/TA viscosity compensated to 600 mm²/s independent 27

SC for air, dependent of position, vertical/horizontal 28

SC for water, dependent of position, vertical/horizontal 30

DP for water, dependent of position, vertical/horizontal 32

Electrical switching capacity of the contacts 34

Type key 35

Ref# K80008 www.granzow.com of 36

Granzow, Inc.• 2300 Crownpoint Executive Drive, Charlotte, NC 28227-7758 • Phone (704) 845-2300 • Fax (704) 845-2301© Granzow, Inc. All rights reserved. Information within this document is subject to change, and may be modified at any time, without notice.


11M

Flow Monitors 1007G9s4riFtion 0n8 <Pn4tion

Flow units work on the suspended body measurement principle. The suspended body is introduced into a cy-lindrical slotted nozzle. Depending on the model, the installation of the flow monitor is either dependent of position (only with suspended bodies) or indepen-dent of position (suspended bodies with spring). A reed switch is connected external to the flow circuit. The reed switch is sealed into a freely-adjustable housing (switch housing) and is thereby protected from external influences. The incoming medium moves the suspended body in the direction of flow. If the suspended body, with its integrated magnets, reaches the position of the reed switch, the contact studs close. If the rate of flow becomes greater, the suspended body will move further in the direction of flow, with the maximum movement limited by a stop, which prevents the suspended body moving beyond the switching area of the reed switch (bistable action).

"FFli40tion

Monitoring of liquid and gaseous media, for examp-le, in refrigeration systems and refrigeration circuits of welding machines, laser and piping systems, pumps, compressors, hydraulic systems and many more.

)wit4Ain@ Foint 0n8 swit4Ain@ r0n@9The switching point can be continuously adjusted within the switching range. At the maximum scale setting, the flow-rate can be significantly higher than shown.

)wit4Ain@ ASst9r9sisThis refers to the distance travelled by the suspended body between the switch-on and switch-off quantities. The typical hysteresis of the suspended body tube is at-tained by selecting reed switches with lower differences between the pick-up and drop-off activation levels (dose differential).

'osition 89F9n89n49The unit must be installed vertically, e.g. the flow must be from the bottom to the top.

Vnst0ll0tion in 0nS FositionBy installing a spring which moves the suspended body into its initial position, any installation orientation can be used. Re-adjustment is not required, as the springs have already been artificially aged and pre-tensioned.

-is4ositS 4oDF9ns0tionThis is achieved by installing a spring connected to a perforated plate. As the spring has already been artifi-cially aged, no readjusting is necessary.

M0int9n0n49Due to its design, the flow unit requires no mainte-nance. Cleaning at regular intervals should only be car-ried out in the case of media that contains magnetic particles. These cleaning intervals can be correspondin-gly extended by the use of a filter with a magnetic se-parator.

"ss9D1lS noti49s5

1J +nits 89F9n89nt o< FositionThe flow monitor must be installed vertically in the system.The flow must be from the bottom to the top.

OJ +nits in89F9n89nt o< FositionThe flow monitor can be installed in the system in any position. The direction of flow must be such that an increase in the flow produces a corresponding positive move-ment on the scale.

MJ -is4ositS 4oDF9ns0t98 PnitsThe flow monitor can be installed in the system in any position.The direction of flow must be such that an increase in the flow produces a corresponding positive move-ment on the scale.

?J *A9 D98iPD DPst not 40rrrS 0nS soli8 1o8i9s with it. We recommend the installation of a dirt trap of type SF, SFD or SFM.

>J *A9 Pnit witA tA9 4ont04t 89Qi49must not be located within an induction field.

KJ "lw0Ss o1s9rQ9 tA9 D0RiDPD 9l94tri40l Q0lP9sof the reed switch.

7J )9ttin@ tA9 swit4Ain@ Foint5Set the arrow on the switch housing to the desired switch-off quantity on the scale of the unit hosuing.

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Flow Monitors 1007"FFroQ0ls

As an innovative manufacturer of instruments for level control, we can offer to our customers systems according to different directives. The types of approval, applications and limits of use can be taken from the following speci-fications.

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A large number of flow monitors from our standard range, or to customer requests, can be built according to the 8*-Directive 10;1;8@ with the pro-tection types 88x ia IIC T: or 88x d T:. By the combination of the instru-ments with the type key, the catalogue shows with the 8x hexagonal logo which components can be used for 8x-instruments.

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*SF9 4oD1in0tion s99 tSF9 C9S Flow Monitors

other switching ranges on request ; other media on request ; other connection sizes on request

Flow Monitors 1007(-&L+ <or w0t9r6 in89F9n89nt o< Fosition

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M90sPrin@ 044Pr04S5 62? 5 of final value

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(-&L+BOL: > - .

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(-&L+BOLO: : - >.

(-&L+B1LM0 . - <?=727 02 /? 99

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Flow Monitors 1007(-&L+B$ <or 0ir6 in89F9n89nt o< Fosition



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(-&L+B$?001O < - 2>

(-&L+B$?001? <./ - 20

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(-&L+B$?00O? 9 - >0

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Flow Monitors 1007(-&L+B$ <or 0ir6 in89F9n89nt o< Fosition




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Flow Monitors 1007(-ML+ <or w0t9r6 in89F9n89nt o< Fosition



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Flow Monitors 1007(-ML+B$ <or 0ir6 in89F9n89nt o< Fosition



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G+U B 1>0 2/ - 2/? 237 /? // 91 >2 >2: 2<??

G+U B OO0 <? - >>? 237 /? :? .2 >2 >2? 29??

G+U B O>0 <? - >/? 237 /? // 91 >2 >>> 20??




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G+M B ?0 > - 0? 47=7 >9 <? 92 20

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G+M B 110 / - 22?

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Flow Monitors 1007G+ML*" <or w0t9r6 in89F9n89nt o< Fosition




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Flow Monitors 1007G.UB$ <or 0ir6 89F9n89nt o< Fosition L Q9rti40l



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Flow Monitors 1007G.MB$ <or 0ir6 89F9n89nt o< Fosition L Q9rti40l






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Flow Monitors 1007G.ML"B$ <or 0ir6 89F9n89nt o< Fosition L Q9rti40l





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G.ML" B $: : - 2:?

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G#U B OLO ?./ - 2.9

G#U B OL? 2.< - 0

G#U B OL: >./ - .

G#U B 1L1 ?.2 - ?..3747=727

02 /? 99 29

20/20/2<12/.

./?G#U B 1LO ?./ - 2./

G#U B 1L? 2 - 0

G#U B 1L: > - .

47=727

02 /? 99 2920/2<12/.

./?G#U B 1L10 < - 2?

G#U B 1L1> / - 2/

G#U B 1LO? . - >0

G#U B 1LM0 2? - <?

=727 02 /? 99 29 2<1

2/. ./?G#U B 1L?> 2/ - 0/

G#U B 1LK0 >? - :?

G#U B 1LE0 <? - 1?




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2?.1?

0??0/?</?G#M B OLO ?./ - 2.:

G#M B OLM ?.. - <47 >9 <2 /> 20 1? </?

G#M B OL7 > - 9

G#M B 1L1 ?.2 - ?..3747=727

<0<0<00?

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>2>2>229

2/>2/>2/>2<?

2/??20>/2<0?22:?

G#M B 1LO ?./ - 2./

G#M B 1L? 2 - 0

G#M B 1L: > - .

47=727

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2/>2/>2<?

20>/2<0?22:?

G#M B 1L10 < - 2?

G#M B 1L1> / - 2/

G#M B 1LO? . - >0

G#M B 1LM0 2? - <?=727

<00? 0? 9: >2

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2<0?22:?G#M B 1L?> 2/ - 0/

G#M B 1LK0 >? - :?

G#M B 1LE0 <? - 1?27 0? 0? 9: 29 2<? 22:?

G#M B 1L100 </ - 22?




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Flow Monitors 1007G#MN Qis4ositS 4oDF9ns0t98 to K00DDOLs in89F9n89nt o< Fosition









'r9ssPr9 8roF5 ?.?> ... ?.0 bar


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G#MN B 1LO0 2 - >? 47=727

<0<00?

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2/>2/>2<?

20>/2<0?22:?G#MN B 1L?0 0 - 0?

G#MN B 1L>0 / - /? =727

<00? 0? 9: >2

292/>2<?

2<0?22:?G#MN B 1LK0 . - :?

G#MN B 1L70 2> - 9?27 0? 9: 9: 29 2<? 22:?

G#MN B 1L:0 2/ - .?

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G#MNL" B 1LO0 2 - >? 47=727

<0<00?

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2/>2/>2<?

2/2?20>/2>/?G#MNL" B 1L?0 0 - 0?

G#MNL" B 1L>0 / - /? =727

<00? 0? 9: >2

292/>2<?

20>/2>0/G#MNL" B 1LK0 . - :?

G#MNL" B 1L70 2> - 9?27 0? 0? 9: 29 2<? 2>0/

G#MNL" B 1L:0 2/ - .?

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G#ML" B 1L1 ?.2 - ?..3747=727

<0<0<00?

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2/>2/>2/>2<?

2/1?2/2/20<?2>/?

G#ML" B 1LO ?./ - 2./

G#ML" B 1L? 2 - 0

G#ML" B 1L: > - .

47=727

<0<00?

0? /9 9:>2>229

2/>2/>2<?

2/2/20<?2>/?

G#ML" B 1L10 < - 2?

G#ML" B 1L1> / - 2/

G#ML" B 1LO? . - >0

G#ML" B 1LM0 2? - <?=727

<00? 0? /9 9: >2

292/>2<?

20<?2>/?G#ML" B 1L?> 2/ - 0/

G#ML" B 1LK0 >? - :?

G#ML" B 1LE0 <? - 1?27 0? 0? /9 9: 29 2<? 2>/?

G#ML" B 1L110 </ - 22?




1M7


Flow Monitors 1007G#ML*" Qis4ositS 4oDF9ns0t98 to K00DDOLs in89F9n89nt o< Fosition




&F9r0tin@ t9DF9r0tPr95 ->? -C ... 69? -C

M90sPrin@ oPtFPt5 0->? mA ; 2/-<? + DC0-&eiter

NR B 89si@n5 -

Nl94tri40l 4onn94tions5 )atch plug, M2> x 2

$in90ritS 89Qi0tion5 6 2?5 of final value

'r9ssPr9 8roF5 ?.?> ... ?.0 bar


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*SF9 lLDin U ). G2DD3 ,2DD3 *2DD3 $2DD3 .9i@At @

G#ML*" B 1L1 ?.2 - ?.. 3747=727

<0<0<00?

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2/>2/>2/>2<?

2/??20>/2<0?22:?

G#ML*" B 1LO ?./ - 2./

G#ML*" B 1L? 2 - 0

G#ML*" B 1L: > - .

47=727

<0<00?

0? 0>>2>229

2/>2/>2<?

20>/2<0?22:?

G#ML*" B 1L10 < - 2?

G#ML*" B 1L1> / - 2/

G#ML*" B 1LO? . - >0

G#ML*" B 1LM0 2? - <?=727

<00? 0? 0> >2

292/>2<?

2<0?22:?G#ML*" B 1L?> 2/ - 0/

G#ML*" B 1LK0 >? - :?

G#ML*" B 1LE0 <? - 1?27 0? 0? 0> 29 2<? 22:?

G#ML*" B 1L110 </ - 22?


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*94Ani40l 80t0 )t0inl9ss st99l L )t99l

M0t9ri0l5 Stainless steelSteel

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&F9r0tin@ t9DF9r0tPr95 ->? -C ... 6>?? -C

7ont04ts5 Change over >/? + ; AC ; : A

7ontrol Pnit5 T8A 0-wire >0 + DC ; 0->? mAT% >-wire >0 + DC ; 0->? mA 88xib

Nl94tri40l 4onn94tions5 Terminal box aluminium

M90sPrin@ 044Pr04S5 6 >./ 5 of final value

'r9ssPr9 8roF5 ?.?0 ... ?.>> bar

MoPntin@ Fosition5 Dependent of position

GisFl0S5 Display instrument 2/?x2.? mm

7onn94tion5 Flange )'0?

U0sC9ts5 +iton, 8)DM or )erbunan

'rot94tion r0tin@5 I):/

*SF9 %DMLA 0ir G% '% G2DD3 $2DD3 C2DD3 "2DD3 .9i@At 2C@3

)7 B 1>

?.?9 - ?.9 ?.2> - 2.> ?.2. - 2.. ?.< - < ?./ - / ?.9 - 9./ 2.> - 2> 2.. - 2.

2/ 0? 1/ >/? :/ 220 <./

)7 B O>

< - <? / - /? 9 - 9/ 2> - 2>?

>/ 0? 22/ >/? ./ 2>? 0./

)7 B ?0 2> - 2>? 2/ - 2.? >0 - >0?

0? 0? 2/? >/? 22? 2>. 9.<

)7 B >0 >0 - >0? <? - <?? 0/ - 0/?

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*SF9 %DMLA 0ir G% '% G2DD3 $2DD3 C2DD3 "2DD3 .9i@At 2C@3

)7 B K> 0/ - 0/? :? - :?? :/ 2: 2./ >/? 20/ 2<? 2?

)7 B :0 :? - :?? 9/ - 9/? 1? - 1??

.? 2: >?? >/? 2:? 20> 2>

)7 B 100 2>? - 2>?? 2/? - 2/?? 2.? - 2.??

2?? 2: >>? >/? 2.? 2/? 2/

)7 B 1O> >0? - >0?? <?? - <??? <:? - <:??

2>/ 2: >/? >/? >2? 2:> >?

)7 B 1>0 0/? - 0/?? /?? - /0?? 2/? 2? >./ <?? >0? 2? <>




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*SF9 lLA G% '% G2DD3 $2DD3 C2DD3 "2DD3 .9i@At 2C@3

)7 B 1>

>./ - >/ 0 - 0? : - :? 2? - 2?? 2: - 2:? >/ - >/? 0? - 0?? :? - :??

2/ 0? 1/ >/? :/ 220 <./

)7 B O>

2?? - 2??? 2:? - 2:?? >/? - >/?? 0?? - 0???

>/ 0? 22/ >/? ./ 2>? 0./

)7 B ?0 0?? - 0??? /?? - :<?? .?? - .???

0? 0? 2/? >/? 22? 2>. 9.<

)7 B >0?.. - .m<;h 2 - 2?m<;h 2./ - 2/m<;h

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*SF9 DMLA G% '% G2DD3 $2DD3 C2DD3 "2DD3 .9i@At 2C@3

)7 B K> 2./ - 2/ > - >? :/ 2: 2./ >/? 20/ 2<? 2?

)7 B :0 > - >? >./ - >/ < - <?

.? 2: >?? >/? 2:? 20> 2>

)7 B 100 0 - 0? / - /? : - :?

2?? 2: >>? >/? 2.? 2/? 2/

)7 B 1O> . - .? 2? - 2?? 2> - 2>?

2>/ 2: >/? >/? >2? 2:> >?

)7 B 1>0 2/ - 2/? 2. - 2.? 2/? 2? >./ <?? >0? 2? <>




1?O



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*94Ani40l 80t0 )t0inl9ss st99l L )t99l 4o0t98

M0t9ri0l5 Stainless steel)lastic coated steel

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*SF9 DMLA G% '% "2DD3 ,2DD3 $2DD3 @2DD3 .9i@At 2C@3

G' B >0?.. - :

> - 2? < - 2/

/? 0? >/? << :/ 2?> :

G' B K> > - 2? < - 2: < - >/

:/ 0? >/? 0? :/ 2>> 9

G' B :0 > - 2: < - >/ / - 0?

.? 0? >/? /? :/ 2<. .

G' B 100 / - 0? . - :? 2? - .?

2?? 2: >/? :? :/ 2/. 2?

G' B 1O> . - :?

2/ - 2?? 2/ - 2>?

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MoPntin@ Fosition5 Aorizontal or vertical





*SF9 DMLA G% '% "2DD3 ,2DD3 $2DD3 @2DD3 .9i@At 2C@3

G' B 1>0 2/ - 2?? >? - 2:? >/ - >??

2/? 2: >.? 9. :/ >2> 20

G' B O00 >? - 2:? <? - >/? 0? - </?

>?? 2: <>? 2?> :/ >:. >?

G' B O>0 >/ - >?? /? - 0?? :? - /??

>/? 2? </? 2?1 :/ <>? >1

G' B M00 <? - >/? /? - 0?? .? - :??

<?? 2? <9? 22/ :/ <9? </

Flow Monitors 1007G' <or w0t9r6 89F9n89nt o< Fosition L Q9rti40l L AoriTont0l




1??

*SF9 %orD0llS oF9n 7A0n@9 oQ9r NNR i0 VV7 *K NNR D VV *K

(-&L+B1 max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A

'orm.open 0/ +;2 A 'orm.open >/? +;> A;:? +A

(-&L+BO max. ><? +;< A;:? +A max. >/? +;2./ A;/? +A B B

(-&L+B? max. >?? +;2A;>?+A max. >?? +;2 A;>? +A B B

(-ML+B1 max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


(-ML+BO max. ><? +;< A;:? +A max. >/? +;2./ A;/? +A - -

- -

(-ML+B? max. >?? +;2 A;>? +A max. >?? +;2 A;>? +A B B

(-ML+M max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G+U max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G+M max. 0?? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G+ML" max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G.U max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A

'orm.open 0/+;2A 'orm.open >/? +;> A;:? +A

G.M max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G.ML" max. >/?+;<A;2??+A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G#UB1 max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G#UBO max. ><? +;< A;:? +A max. >/? +;2./ A;/? +A B B

G#MB1 max. >/? +;< A;2?? +A max. /?? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


G#MBOG#MN

max. ><? +;< A;:? +A max. >/? +;2./ A;/? +A B B

B B

G#MB"G#MNL"

max. >/? +;< A;2?? +A max. >/? +;2./ A;/? +A Chang.over 0/ +;2 A Chang.over >/? +;2 A;<? +A


)7 B max. ><? + AC;: A;/? +A Acc.to approval B

G' B max. ><? + AC;: A;/? +A Acc.to approval B

Flow Monitors 1007Nl94tri40l swit4Ain@ 40F04itS o< tA9 4ont04tsFlow Monitors 1007Nl94tri40l swit4Ain@ 40F04itS o< tA9 4ont04ts




1?>

*SF9 4oD1in0tion

7o89 1 O M ? > K 7

#9S 1 1 1 1 1LO 1 1

NR0DFl9 G+UB: B M B - B )U. B )L)* B 1O0 B NNRi0

Flow Monitors 1007*SF9 C9S

7o89 1 #9S 1 *SF9 o< =ow Donitor "*N/

R+(;* - .. ; .. - Type of flow monitor with sight glass

R+M;* - .. ; .. - Type of flow monitor without sight glass

R+M;*M - .. ; .. - Type of flow monitor without sight glass

D*@ - .. - Type of flow monitor with sight glass

D*M - .. - Type of flow monitor without sight glass

D*M;A - .. - Type of flow monitor with display instrument

D*M;TA - .. - Type of flow monitor with analog exit

DW@ - .. - Type of flow monitor with sight glass

DW@;& - .. - Type of flow monitor with sight glass

DWM - .. - Type of flow monitor without sight glass

DWM;A - .. - Type of flow monitor with display instrument

DWM;& - .. - Type of flow monitor without sight glass

DWM;A-& - .. - Type of flow monitor with display instrument

D%@ - .. - Type of flow monitor with sight glass

D%M - .. - Type of flow monitor without sight glass

D%M8 - .. - Type of flow monitor without sight glass

D%M8;A - .. - Type of flow monitor with display instrument

D%M;A - .. - Type of flow monitor with display instrument

D%M;TA - .. - Type of flow monitor with analog exit

SC - .. - Flow meter with display instrument

D) - .. - Flow meter with display instrument

7o89 O #9S 1 G9si@n o< Fro49ss 4onn94tion "*N/

2 - 37 Thread female BS)

> - <;.7 Thread female BS)

< - 47 Thread female BS)

0 - =7 Thread female BS)

/ - 27 Thread female BS)

: - 237 Thread female BS)

9 - 247 Thread female BS)

. - 2=7 Thread female BS)

1 - >7 Thread female BS)

, - +arious

7o89 M #9S 1 M0t9ri0l "*N/

+ - Stainless steel

+% - Steel plastic coated

M - Brass nickel-plated

S - Steel

, - +arious




1?K

*SF9 4oD1in0tion

7o89 1 O M ? > K 7

#9S 1 1 1 1 1LO 1 1

NR0DFl9 G+UB: B M B - B )U. B )L)* B 1O0 B NNRi0

Flow Monitors 1007*SF9 C9S

7o89 ? #9S 1 )i@At @l0ss L s40l9 L s40lin@ "*N/

S@W - Sight glass with water scaling &;min

S@& - Sight glass with air scaling 'l;min

%W - With adhesive scaling for water &;min

%& - With adhesive scaling for air 'l;min

, - +arious

7o89 > #9S 1 )wit4Ain@ <Pn4tion L 4ont04t B 0n0lo@ 9Rit "*N/

S ; .. - 'ormally open contact

S> ; .. - > normally open contacts

* ; .. - Change over contact

*> ; .. - > change over contacts

S8 ; .. - 'ormally open contact with increased switching capacity

S>8 ; .. - > normally open contacts with increased switching capacity

*8 ; .. - Change over contact with increased switching capacity

*>8 ; .. - > change over contacts with increased switching capacity

AI / .. - analog exit mA

A+ / .. - analog exit +

, ; .. - +arious

#9S O 7ont04t 4onn94tion "*N/

.. ; ST- Airschmann connection plug

.. ; %+- Cable connection compound-filled

.. ; ,- +arious

7o89 K #9S 1 *9DF9r0tPr9 in8i40tion "*N/

2>? - *p to 2>? -C

2<? - *p to 2<? -C

2:? - *p to 2:? -C

2.? - *p to 2.? -C

>?? - *p to >?? -C

, - +arious

7o89 7 #9S 1 "FFroQ0ls "*N/

88xia (nly for intrinsically safe connection

88xm 8xlplosion proof ; cable compound-filled

, +arious




series 1007 - datasheet - granzow, inc. · series 1007 flow monitors: flow monitors rv, du, dw, dk...

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