ICP-Brochure - Spiegelberg

Spiegelberg: ICP-Products 

Technology 

for 

Brains

Contents 

ICP-Monitoring with the 

Air-Pouch System 

ICP-Monitors 

Epidural Probes 

Standard Intraventricular Probes 

Intraparenchymal Probes 

Intraventricular Probe with 

Temperature Sensor 

Antimicrobial Silverline 

Intraventricular Probes 

Scientific Information about Silverline 

Technology 

ICP Lab Software 

The Tunneling Tool 

The Pole Mount 

The Moore Drill 

Connecting Cables and Accessories 

3 

4 

5 

5 

6 

8 

9 

11 

12 

14 

14 

14 

15

ICP Monitoring 

With the Air-Pouch Method 

The Air-Pouch System consists of a 

hollow body connected to a pressure 

transducer by tubing. The pressure 

transducer, the electronic hardware, 

and the device for filling the Air- 

Pouch are integrated in the Brain- 

Pressure Monitor. 

For intraventricular or intraparenchymal 

pressure measurement the Air- 

Pouch is placed in the ventricle or in 

the parenchyma respectively. For epidural 

pressure measurement the Air- 

Pouch is placed on the dura of the patient. 

The Intracranial Pressure is transmitted 

across the thin pouch wall to the 

air volume in the pouch and transformed 

into an electric signal by the 

pressure transducer. 

On the digital display the mean pressure 

and the amplitude of the pressure 

wave are shown. At the monitor 

output the pulsatile signal is available. 

The ICP-Monitor can be connected to 

all ICU bedside monitors through their 

pressure transducer inputs. 

A voltage output allows the connection 

to chart recorders. 

Through the RS 232 interface a computer 

can be connected to read out 

the pressure signal. 

The ICP-Monitor zeroes automatically 

once per hour. This automatic in-vivo 

zeroing is a unique feature of the Air- 

Pouch system. 

The probes themselves do not contain 

electric or optic pressure transducers. 

That is the reason why they are very 

robust and not expensive. 

A complete line of intraventricular, intraparenchymal, 

subdural, and epidural 

probes is available. 

3

4 

ICP Monitors 

The Classic Choice with New Features 

The ICP-Monitor uses the Air-Pouch 

method for measuring intracranial 

pressure. It is compatible with the full 

range of Air-Pouch probes, with the 

CPP-Monitor and the Compliance-Monitor. 

The digital display indicates mean 

ICP, systolic ICP and diastolic ICP. Additionally 

a mains power control light 

is visible. 

Two connectors in the back of the 

monitor take a connecting cable to a 

bedside monitor or chart recorder 

and a connecting cable to a CPP-Monitor, 

a Compliance-Monitor or a 

computer. 

The stainless steel enclosure is resistant 

to wear and tear and to influences 

from the environment. 

The ICP-Monitor with Batteries 

The new ICP-Monitor has all the features 

of the classic choice. Additionally 

it is equipped with rechargeable 

batteries that allow more than three 

hours of independent operation. It is 

compatible with the full range of Air- 

Pouch probes, with the CPP-Monitor 

and the Compliance-Monitor. 

The digital display indicates mean 

ICP, systolic ICP and diastolic ICP. Additionally 

a charge control light and a 

battery state indicator are visible. 

Two connectors in the back of the 

monitor take a connecting cable to a 

bedside monitor or chart recorder 

and a connecting cable to a CPP-Monitor, 

a Compliance-Monitor or a 

computer. 

The stainless steel enclosure is resistant 

to wear and tear and to influences 

from the environment. 

Description REF 

ICP-Monitor 230 V HDM 26.1/FV500 

ICP-Monitor 115 V HDM 26.1/FV503 

Technical Information 

Measurement range -50 to +100 mmHg 

Displays Mean ICP 

Systolic ICP 

Diastolic ICP 

Mains control 

Voltage output 1 V/50 mmHg 

Pressure monitor 5 µV/mmHg/V 

output 

RS 232 C interface 9600 Bd 

Accuracy class 2 

Safety class I, type BF 


ICP-Monitor with Batteries HDM 29.1 

(indicate voltage) 


Measurement range -50 to +100 mmHg 

Displays Mean ICP 

Systolic ICP 

Diastolic ICP 

Battery state 

Charge control 

Running time More than 3 h 

on batteries 

Voltage output 1 V/50 mmHg 

Pressure monitor 5 µV/mmHg/V 

output 

RS 232 C interface 9600 Bd 

Accuracy class 2 

Safety class I, type BF

Epidural Probes 

Probe 1 

Probe 1 is placed concentrically on 

the dura. It is used when intracranial 

pressure monitoring with minimum 

risk of infection is desired. 

A burr hole of 11 mm diameter is required. 

In adults this can be drilled 

with a standard trepan. For thin skull 

caps the use of a Martell Drill or hand 

drill is recommended. 

Probe 2 

Probe 2 is to be used postoperatively 

after large trepanation. It is placed 

under the bone flap. 

In principle, after mobilisation of a 

sufficiently large area of the dura, the 

probe can be inserted between the 

dura and the cranial bone through a 

burr hole. 

Standard Intraventricular Probes 

Probe 3 

Probe 3 measures intraventricular 

pressure using an Air-Pouch mounted 

in the tip region of a dual lumen 

probe. One lumen transmits the 

pressure to the Brain-Pressure 

Monitor. The second lumen is used 

for drainage of CSF. The measurement 

of pressure in the parenchyma 

is also possible. There is no interference 

of drainage and pressure 

measurement. 

As opposed to measurements via CSF 

coupled pressure transducers, ICP is 

still transmitted in the case of slit ventricles. 


Probe 1 SND 13.1.11/FV530 


Material Polyurethane 

Filling volume .05 - .1 cc 

Outer diameter 2 mm 

Length 1500 mm 

Air-Pouch diameter 16 mm 

Burr Hole diameter 11 mm 

Duration of use Short term 

not more than 30 

days 

Shelf life 3 years 

Double packed 

EO sterile 

For single use 

Latex free 


Probe 2 SND 13.1.12/FV531 






Air-Pouch width 11 mm 

Air-Pouch length 25 mm 



days 


Double packed 

EO sterile 


Latex free 


Probe 3 SND 13.1.13/FV532 




Outside diameter 2.3 mm 

Inside diameter drainage 1 mm 

Dual lumen length 130 mm 

with radiopaque stripe 

Single lumen length 150 mm 

(Drainage) 


(Air-System) 

Depth marks 50 - 100 mm 



days 


Double packed 

EO sterile 


Latex free 

5

6 

Probe 3 XL 

Probe 3 XL has all the properties of 

Probe 3. Furthermore, it is equipped 

with a wider drainage lumen for use 

with blood in the CSF. 

Intraparenchymal Probes 

Probe 3 PN 

Probe 3 PN measures intraparenchymal 

pressure. 

Probe 3 PN is placed in the parenchyma 

through a burr hole. Probe 3 

PN can be tunneled with the aid of 

the tunneling tool ZBH 13.001.03. 

Probe 3 PN is fixed to the skin with a 

suturing flap. 

Probe 3 PS 

Probe 3 PS measures intraparenchymal 

pressure. 

Probe 3 PS is placed in the parenchyma 

through a bolt that is screwed 

into the cranial bone. A compressionscrew 

connection fixes the probe in 

the bolt and tightens it. 


Probe 3 XL SND 13.1.13XL/FV533 




Outside diameter 3 mm 

Inside diameter for 1.6 mm 

Drainage 

Dual lumen length 130 mm 

with radiopaque stripe 


(Drainage) 


(Air-System) 




days 


Double packed 

EO sterile 


Latex free 


Probe 3 PN SND 13.1.53/FV534 




Diameter 1.3 mm 


Air Tube radiopaque 

Depth marks 30 mm 

40 mm 



days 


Double packed 

EO sterile 


Latex free 


Probe 3 PS SND 13.1.63/FV535 









days 


Double packed 

EO sterile 


Latex free

Probe 3 PN with Trocar 

The trocar is used to 

tunnel the distal end of 

the probe. It is 

equipped with a conic 

hole to take up the 

connector of the airtube 

. 

The probe has two 

depth marks. 

Probe 3 PN with trocar measures 

intraparenchymal pressure. 

The probe is placed in the parenchyma 

through a burr hole. 

Probe 3 PN with trocar is tunneled by 

means of the trocar in a surgically 

correct fashion away from the burr 

hole. To facilitate the tunneling, the 

air tube is equipped with a 

connector, that is taken up by the 

trocar. 

The extension is used to 

connect the probe with 

the ICP-Monitor. 

The slitted suturing wing 

is used for the fixation to 

the skin. 

After tunneling, the trocar is removed 

and the air tube is connected to the 

ICP-Monitor by means of the 

extension. 

Probe 3 PN is fixed to the skin with a 

suturing wing. 

The nut secures the 

connection of the probe 

to the extension. 


Probe 3 PN with Trocar SND 13.1.54 







Depth marks 30 mm 

40 mm 



days 


Double packed 

EO sterile 


Latex free 

7

8 

Intraventricular Probe with Temperature Sensor 

In the tip of the probe a 

temperature sensor is 

located. 

The probe is outfitted 

with lettered marks. 

The Probe 3 XLT measures 

intraventricular pressure with an airpouch 

mounted in the tip region of a 

dual lumen probe. One lumen 

transmits the pressure to the Brain- 

Pressure Monitor. The second lumen 

is used for drainage of CSF. The 

measurement of pressure in the 

parenchyma is also possible. There is 

no interference of drainage and 

pressure measurement. 

As opposed to measurements via 

CSF coupled pressure transducers, 

ICP is still transmitted in the case of 

slit ventricles. 

Additionally a temperature sensor is 

located in the tip of the probe. 

Through an adapter cable the probe 

is connected directly to the 

temperature input of a patient 

monitor. 

The slotted suture 

clamp is used for 

fixation to the skin. 


Probe 3 XLT SND 13.1.13 XLT 


The air tube connects 

the probe with the ICP- 

Monitor. 

The stylet is used for 

stiffening during 

insertion. 


Filling volume .05 - .1 ml 


Inner diameter of 1.6 mm 

drainage lumen 

Length of dual lumen 130 mm 

part with radiopaque 

stripe 

Length of single lumen 150 mm 

part (drainage) 


part (air system) 


Sensitivity of YSI 400 

temperature sensor 

Duration of use Short term, 

not more than 30 days 


Double packed 

EO sterile 


Latex free 

Adapter Cables for 

Temperature Input 

of Patient Monitor 


The adapter cable 

connects the probe to 

the patient monitor. 

The Luer-Lock connector 

connects the probe to 

the EVD kit. 

Adapter Cable with KBL 13.040.01 

6.35 mm Audio Plug 


Draeger Connector 


Philips/HP Connector

Tunnelable Antimicrobial Intraventricular Probe 

The dual trocar is used 

to tunnelate the distal 

end of the probe. It is 

equipped with a conic 

hole to take up the 

connector of the air-tube 

and a saw toothed 

connector to take up the 

drainage tube. 

The air-pouch is 35% 

smaller than the one on 

standard ventricular 

probes. 

Silverline ventricular probes are 

tunneled by means of the dual trocar 

in a surgically correct fashion away 

from the burr hole. To facilitate the 

tunneling, the air tube is equipped 

with a connector, that is taken up by 

the trocar together with the drainage 

tube. After tunneling, the trocar is 

removed and the air tube is 

connected to the ICP-Monitor by 

means of the extension. The drainage 

tube is connected to a drainage kit 

with the Luer connector. 

The catheter has 

numbered depth marks. 

The extension is used to 

connect the probe with 

the ICP-Monitor. 

The slitted suturing wing 

is used for the fixation to 

the skin. 

The air-pouch of the Silverline 

ventricular probes is 35% smaller 

than that of the standard ventricular 

probes. The tip of the probe is 

equipped with four rows of drainage 

holes, just like a ventricular catheter. 

The Luer-Lock 

Connector adapts the 

catheter to the EVD kit. 

Description Antimicrobial Antimicrobial 

Intraventricular Intraventricular 

Probe 8F Probe 10F 

REF SND 13.1.14 SND 13.1.15 


Material Silver bearing Silver bearing 

polyurethane polyurethane 

Filling volume .05 - .1 ml .05 - .1 ml 

Outer diameter 2.7 mm 3.3 mm 

Inner diameter drainage 1.5 mm 2 mm 

Length of dual-lumen 200 mm 200 mm 

probe 

Length of single lumen 70 mm 70 mm 

drainage tube 

Length of single lumen 95 mm 95 mm 

air tube 

Length of extension 1200 mm 1200 mm 

tube 

Depth marks 50 - 100 mm 50 - 100 mm 

150 mm 150 mm 

Duration of use short term, 



Double packed 


EO sterile 

Latex free 

The nut secures the 

connection of the probe 

to the extension. 

The stylet is used to 

introduce the catheter 

into the ventricle. 

9

10 

Antimicrobial Intraventricular Probe with Bolt 

The air-pouch is 35% 

smaller than the one on 

standard ventricular 

probes. 

The probe has two sets 

of numbered depth 

marks. The first set is 

related to the tip of the 

probe. 

The drill bit has an 

adjustable stop. 

The Allen wrench is 

used to adjust the stop. 

The dura opener is used 

to perforate the dura 

mater. 

The Silverline ventricular probe with 

bolt is fixed in the bone by means of 

a bolt. After making a burr hole and 

opening the dura the probe is placed 

in the ventricle with the bolt in place 

in the upper region of the probe. 

Then the bolt is slid down to the burr 

hole and screwed into the bone. 

Finally the probe is fixed in the bolt 

with the clamping nut. The Luerconnector 

is placed in the drainage 

tube and connected to a drainage 

kit. The air tube is connected to the 

ICP-Monitor. 

With the clamping nut 

the probe is fixed in the 

bolt. 

The second set of depth 

marks is related to the 

upper edge of the bolt. 


Antimicrobial SND 13.1.14 S 

Intraventricular Probe 

with Bolt 8F 


The stylet is used to 

introduce the probe 

into the ventricle. 

The Luer-Lock 

Connector adapts the 

probe to the EVD kit. 

Material Silverimpregnated 

Polyurethane 

Filling volume .05 - .1 ml 

Outer diameter 2.7 mm 

Inner diameter drainage 1.5 mm 

Length of dual-lumen 200 mm 

probe 


air tube 


drainage tube 

depth marks 50 mm 

60 mm 

70 mm 

Duration of use short term, 



Double packed 

EO sterile 


Latex-free

Scientific Information about Silverline ® Technology 

Silverline Ventricular Probes are used 

for drainage and ICP-monitoring at 

the same time. They are made of 

polyurethane. Particles of silver and 

particles of an an unsoluble silver 

salt are incorporated in the material. 

Silver ions have a strong antiseptic 

effect. Because of the small size of 

the particles the specific surface area 

is large, which results in the release 

of ions in antimicrobial concentration 

on the surface of the catheter. 

The combination of the fast acting 

silver salt and the slow acting metallic 

silver results in an optimal short 

term and long term effect. The silver 

salt starts to release silver ions 

immediately when it gets in contact 

with body fluid. The release of silver 

ions from the metallic silver particles 

doesn´t start until some hours later, 

when the effect of the silver salt 

slows down. 

Silverline ventricular probes are 

available in two styles and in two 

diameters. 

In an in-vitro study (7) the Silverline 

material could demonstrate an 

antimicrobial effect on: 

- Staph. aureus, 

- Staph. epidermidis, 

- multi resistant Staph., 

- E. coli, 

- Pseudomonas aeruginosa, 

- Clostridium difficile, 

- Acinetobacter baumannii, 

- Streptococcus intermedius, 

- Candida albicans, and 

- Candida glabrata. 

Clinical studies indicate a marked 

reduction of the infection rate 

(9,10,11). 

Bibliography 

1. Anneke, A.: Infektiöse Komplikationen 

von Liquoraußendrainagen. 

Dissertation Universität 

Heidelberg, 1999 

2. Lozier AP, Sciacca RR, Romagnoli 

MF, Connolly ES Ventriculostomyrelated 

infections: A critical 

review of literature. Neurosurgery 

51, 2002, 170-182 

3. Naegeli, C. v.:Über die 

oligodynamischen Erscheinungen 

an lebenden Zellen. Neue 

Denkschr. Allg. Schweiz. Ges. 

0 h 16 h 32 h 

Cultures of catheters after subjecting them to a suspension of Staph. aureus 

Upper row: Silverline catheter 

Lower row: Control catheter 

Naturwiss. 33, 1893, 174 - 182 

4. Pfisterer, W.;Mühlbauer, M.; 

Czech, T.; Reinprecht, A.: Early 

diagnosis of external ventricular 

drainage infection: results of a 

prospective study. J Neurol 

Neurosurg Psychiatry 74, 2003, 

929–932 

5. Thurmann, R.B.; Gerba, C.H.P.: 

The molecular mechanisms of 

copper and silver ion disinfection 

of bacteria and viruses. Crit. Rev. 

Environmental Control, 18, 1989, 

295-315 

6. Zabramski J.M.; Darouiche, R.O. 

et al.: Efficacy of antimicrobialimpregnated 

external ventricular 

catheters: a prospective, 

randomized, controlled trial. J 

Neurosurg, 98, 2003, 725-730 

7. Zschaler, R.: Testing of the 

Antimicrobial Effect of Catheter 

Tubing with a Roll Culture 

Method. www.spiegelberg.de/ 

home/documents/Zschaler.pdf 

8. Kojic, E.M.; Darouiche, R.O.: Candida 

infections of medical 

devices. Clin. Microbiol. Rev., 17, 

2004, 255-267 

9. Keong, N.C.;D. Bulters, H. 

Richards, M. Farrington, O. 

Sparrow, J.D. Pickard, P.J. 

Hutchinson, P.J. Kirkpatrick: The 

SILVER (Silver-Impregnated Line Vs 

EVD Randomized) Trial : A Double-blind, 

Prospective, Randomized 

Controlled Trial of an Intervention 

to Reduce the Rate of External 

Ventricular Drain Infection. 

Neurosurgery, 71(2):394-404, August 

2012 

11. Izci, Y.; Secer, H.; Akay, C.; 

Gonul, E.: Initial experience with 

silver-impregnated polyurethane 

ventricular catheter for shunting 

of cerebrospinal fluid in patients 

with infected hydrocephalus. 

Neurol. Res. 2008, online version. 

12. Fichtner, J.; Güresir, E.; Seifert, V.; 

Raabe, A.: Efficacy of silverbearing 

external ventricular 

drainage catheters: a retrospective 

analysis. J Neurosurg, Sept. 

18, 2009, DOI: 10.3171/ 

2009.8.JNS091297 

11

12 

Spiegelberg: ICP Lab 

Software for 

ICP Data Processing 

Up to five pressure 

channels can be shown 

simultaneously. 

Individual pressure 

scales can be chosen 

for the different 

channels. 

Data Capture 

The ICP Lab software has been 

written to allow data capture from 

the Spiegelberg ICP-Monitor, CPP- 

Monitor, and Compliance-Monitor 

(CMP) using RS 232 connection and 

a Windows XP (or above) computer. 

ICP Lab captures up to five signals 

simultaneously: 

- ICP 

- ABP 

- CPP 

- Compliance 

- PVI 

Tools and procedures 

are available for data 

collection and 

processing. 

Individual time scales 

can be chosen. 

Sampling Frequency 

The data collection can be made 

with sampling frequency of up to 100 

Hz. The data is then stored in a file 

using ICM+ software raw signals 

format ‘.dta’. 

Browsing 

The ICP Lab software contains some 

basic tools for signal browsing. The 

time scale and pressure scale can be 

chosen individually. Printing of 

selected time intervalls can be 

performed in black and white or full 

color on any of the standard printers 

of your computer. 

Advanced Analysis 

For more advanced analysis the data 

can be exported to a text file and 

then imported to a spreadsheet 

application like Excel. 

However, for best results it should be 

analysed using specialised software 

for ICP waveforms analysis like 

ICM+.

Trial Version 

The software will work for one 

month. After the trial period, you will 

need to register the software. To 

register you will need to obtain a 

license from your distributor. With 

the license you will get a license 

number. 

Getting a Key 

Once you have obtained your license, 

please follow the instructions in the 

Help/Register pull down menu of ICP 

Lab. An install code will be indicated 

in the menu. Upon sending the 

install code with your license number 

to us by email or entering the install 

code online, you will get the key by 

email within seven days. 

Registration 

Entering the key and filling in the 

required fields in the menu will result 

in a permanently operational program. 

Written by 

Dr. Peter Smielewski 

Department of Clinical Neurosciences 

University of Cambridge, UK 

Copy Protection 

The program is copy protected. It will 

be operational only on one 

computer. If your computer is 

damaged or otherwise unusable, 

please notify us. We will then issue 

a new key for your new computer. 

Serial communication 

ICP Lab works with all Spiegelberg 

Brain-Pressure monitors, ICP-Monitors, 

CPP-Monitors, and Compliance- 

Monitors. Communication is done 

through an RS 232 interface. If your 

computer is equipped with an RS 232 

interface, then you will have to select 

the COM port associated with the 

interface in the Setup menu of ICP 

Lab. 

If your computer does not have an RS 

232 interface, you will first need to 

install a USB to RS 232 converter. 

Follow the instructions of your USB to 

RS 232 converter for installation. 

Once the converter is installed, you 

will need to select the COM port in 

the Setup menu. 

Compatibility 

ICP Lab uses the same data format as 

ICM+. It is fully upward compatible. All 

data files created with ICP Lab can be 

later analyzed by ICM+. 


ICP Lab CD LAB 08.001.01 

ICP Lab License LAB 08.002.01 


Compatible with HDM 13.x 

HDM 26.x 

HDM 29.x 

CPP 21.x 

CMP 27.x 

Communication RS 232, 9600 Bd, 8 bits 

1 stop bit, no parity 

System requirements Windows XP or above 

Features Recording 

Storing 

Browsing 

Printing 

Compatible Connecting Cables 


RS 232 cable, 9 pin, KBL 13.033.01 

25 cm long 

RS 232 cable, 9 pin, KBL 13.033.00/FV656 

1.5 m long 

USB/RS 232 Cable Kit KBL13.036.01 

Consisting of Computer 

Cable RS 232, 25 cm and 

USB/RS 232 Converter 

13

14 

The Tunneling Tool 

The Tunneling Tool is an accessory 

for the sterile placement of Probe 3, 

Probe 3 XL, and Probe 3 PN. 

The Tunneling Tool consists of a 

metal trocar, a tapered splitable tube, 

and a guide wire. 

The Pole Mount 

With the Pole Mount an ICP-Monitor, 

CPP-Monitor, Compliance-Monitor or 

combinations thereof are securely 

held on a wall rail or on an IV-pole. 

The Moore Drill 

The Moore Drill is a versatile tool, 

that can take up drill bits with 

cylindrical shafts. It is made of 

stainless steel. It can be sterilized with 

all the usual sterilizing processes. 


Tunneling Tool Kit for ZBH 13.001.01/FV536 

Probe 3 

Tube for it ZBH 13.002.01/FV537 

Tunneling Tool Kit for ZBH 13.001.02/FV538 

Probe 3 XL 

Tube for it ZBH 13.002.02/FV539 

Tunneling Tool Kit for ZBH 13.001.03 

Probe 3 PN 

Tube for it ZBH 13.002.03 


Material trocar Stainless steel 

Material guide wire Stainless steel 

Material tube Biocompatible 

plastic alloy 

Length trocar 200 mm 

Length guide wire 150 mm 

Length tube 230 mm 

Duration of use Transient, 


minutes 


Double packed 


EO sterile 

Latex free 


Pole Mount ZBH 26.001.01 


For rail profile 10 mm x 25 mm 

For IV-pole diameter 15 mm - 30 mm 

Area 200 mm x 200 mm 

Maximum load 7 kg 


Moore Drill ZBH 13.003.01 


Length 270 mm 

Weight .5 kg 

Clamping range 1 - 6 mm

Connecting Cables and Accessories 

Tell us what you want to connect, we supply the cable 


Interconnect Cables 

HDM 13.x, 26.x or HDM 29.x to KBL 21.005.00/FV600 

CPP 21.x or CMP 27.x 

HDM 26.x or HDM 29.x to CMP 27.x KBL 27.005.01/FV601 

and Drainage Valve 

Monitor Cables for HDM, CPP, and CMP 

Criticare KBL 13.037.01 

Datascope KBL 13.026.01 

Datex-Cardiocap KBL 13.007.00/FV608 

Digicare KBL 13.039.01 

Dixtal KBL 13.042.01 

Hellige 4./5. Generation KBL 13.003.00/FV609 

Hewlett Packard / Philips KBL 13.004.00/FV610 

Lohmeier / B.Braun, CombiCable KBL 13.027.01 

Marquette KBL 13.005.00/FV612 

Mindray KBL 13.038.01 

Nihon Kohden 5-pins KBL 13.029.01 

Nihon Kohden Lifescope KBL 13.035.01 

Ohmeda KBL 13.022.00/FV616 

Propaq/Mennen KBL 13.009.00/FV617 

Siemens / Draeger, 7-pins, round KBL 13.028.01 

Siemens / Draeger, 10-pins (Sirecust) KBL 13.002.00/FV620 

Siemens / Draeger, 16-pins, oval KBL 13.024.01 

Space-Labs KBL 13.006.00/FV622 

Transducer Cables for CPP-Monitor 

Abbott Transpac III, IV KBL 21.007.00/FV623 

Baxter Truewave KBL 21.014.01/FV657 

Braun-Melsungen KBL 21.002.00/FV624 

Gould Spectramed / Ohmeda / BD KBL 21.006.00/FV627 

Mallinckrodt / Utah KBL 21.004.00/FV628 

Medex LogiCal KBL 21.017.01/FV629 

Peter von Berg KBL 21.001.00/FV630 

Adapter for CPP-Monitor 

Spiegelberg ABP/ICP Two 

Channel Adapter KBL 21.009.00/FV631 


Transducer Cables for 

Compliance-Monitor ABP Input 








Transducer Cables for 

Compliance-Monitor ICP Input 








Cables for the Connection of HDM, CPP, CMP 

to Devices with Voltage Input 

Banana Plugs 4 mm KBL 13.031.00/FV653 

BNC Connector KBL 13.030.00/FV654 

Computer Cables RS 232 for HDM, CPP, and CMP 

IBM-AT, 9 pins, 1.5 m KBL 13.033.00/FV656 

IBM-AT, 9 pins, 25 cm KBL 13.033.01 

Accessories 

Memory Card 1 MB ZBH 21.403.00 

Memory Card 2 MB ZBH 21.402.00/FV603 

Pressure Transducer Peter von Berg VBM 21.100.00/FV607 

Drainage Valve for CMP 27.x ZBH 27.003.01/FV604 

Tube for Drainage Valve ZBH 27.001.01/FV605 

Thermal Paper Perforated VBM 21.002.00/FV606 

for Compliance-Monitor 

and CPP-Monitor, 4 Rolls 

15

16 

© by Spiegelberg (GmbH & Co.) KG, 2012 

ICP_ProspektV101 

2012-08-03 

Manufacturer 

Spiegelberg (GmbH & Co.) KG 

Tempowerkring 4 

21079 Hamburg 

Germany 

Phone +49-40-790-178-0 

Fax.: +49-40-790-178-10 

Email: info@spiegelberg.de 

http://www.spiegelberg.de 

DIN EN ISO 13485 certified 

0297

ICP-Brochure - Spiegelberg

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