Log in Article Discussion Edit History Go to the site toolbox

Table 7

From HTMcommunityDB.org

Devices that may benefit from PM by reducing total repair costs

(This table was last updated on 5-22-13)


Type of Device Potential Adverse Outcome Potential Severity of Outcome Potential Mitigating Factors Repair Cost Criticality Ranking
1 Cath Lab Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little or no historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
2 CT unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
3 Gamma camera Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
4 Heart lung bypass unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
5 Linear accelerator Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
6 MRI unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
7 Opthalmic laser Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
8 PET & PET/CT & PET/ MRI unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
9 Special procedures room Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
10 Surgical guidance unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
11 Surgical laser Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
12 Surgical robot Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 3.
(Major impact)
Little historical evidence of PM-preventable repairs; or hi-cost parts(?) 1
13 Anesthesia unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
14 C-Arm unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
15 Clinical lab analyzer Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
16 Critical care ventilator/ transport ventilator Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
17 Electrophysiology Lab Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
18 Mobile R&F unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
19 Portable rad unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
20 R&F unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
21 Rad unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
22 Specialty endoscope Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
23 Sterilizer Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
24 Tomo room Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
25 Ultrasound scanner Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
26 Xenon scintigraphy system Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
27 X-ray film processor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 2.
(Moderate impact)
Historical evidence of PM-preventable repairs(?) Typically very few hi-cost parts 2
28 Apnea monitor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
29 Automatic external defibrillator (AED) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
30 Autotransfusion unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
31 Blood Bank Refrigerator Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
32 Blood gas analyzer Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
33 Blood pump (hemodialysis) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
34 Blood pressure unit (invasive) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
35 Blood warmer Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
36 Bone densitometer Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
37 Brachytherapy unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
38 Defibrillator Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
39 ECG machine Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
40 Electrosurgical unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
41 Fetal monitor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
42 Hemodialysis unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
43 Hypo-hyperthermia unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
44 Infant incubator/ transport incubator Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
45 Infant scale Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
46 Infusion device Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
47 Intra-aortic balloon pump Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
48 Neonatal monitor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
49 Oxygen analyzer Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
50 Oxygen monitor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
51 Pacemaker (external) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
52 PCA pump Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
53 Peritoneal dialysis unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
54 Phacoemulsifier Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
55 Phototherapy light Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
56 Physiological monitoring system Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
57 Pulse oximeter Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
58 Radiant warmer (infant) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
59 Radiation dosimeter Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
60 Radiographic dye injector Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
61 Radioisotope calibrator Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
62 Resuscitator (cardiac) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
63 Surgical (OR) light Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
64 Syringe pump Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
65 Telemetry system Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
66 Thyroid uptake unit Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
67 Tourniquet (pneumatic) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
68 Transcutaneous O2/CO2 monitor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
69 Ultrasound Doppler Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
70 Ventilator (non-critical) Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
71 Vital signs monitor Higher failure rate will increase the cost of repairs on a pro-rated basis Severity Level 1.
(Relatively minor impact)
Historical evidence of PM-preventable repairs(?) Typically no hi-cost parts 3
All other types of devices Higher failure rates will have little impact on total repair costs


Site Toolbox:

Personal tools
This page was last modified 20:56, 13 July 2017. - This page has been accessed 538 times. - Disclaimers - About HTMcommunityDB.org